Atlantic Ocean, United States. Robert Gray, (born May 10, 1755, Tiverton, R.I.âdied summer 1806, at sea near eastern U.S. coast) captain of the first U.S. ship to circumnavigate the globe and explorer of the Columbia River.


Robert Gray was the Democratic candidate for governor of Mississippi in the 2015 elections. Gray won the Democratic primary on August 4, 2015, and was defeated by incumbent Governor Phil Bryant (R) in the general election on November 3, 2015. Gray is a truck driver and former firefighter. He gained national attention for admitting that he did not vote in the August 4, 2015, primary, saying, I was in Jackson and had to do a lot of stuff and just lost track of time, to tell you the truth.. Gray made the following statement about his primary victory:


Captain Robert Gray, May 1972. Discovering the Columbia River, May 1792 ... The Columbia River was given the name it bears today in May 1792, by American Captain Robert Gray, after his ship, the Columbia Rediviva. On May 11, 1792, Captain Robert Gray entered the mouth of the Columbia River. He explored 20 miles up the river as far as Grays Bay, a bay named for him later in the year by Lieutenant William Broughton of the Vancouver Expedition, who crossed the bar and traveled 100 miles up the Columbia.


The country also concentrated its foreign trade activities in India. But as well, competition intensified as more Americans entered the Northwest fur trade. American merchants sought new business opportunities in the wake of the American revolution and the loss of prior trading relations with Great Britain, parts of Europe and in the West Indies. Robert Gray, who would discover the Columbia River on his second voyage to the Northwest coast, was outfitted by Boston merchants for both voyages, the first in 1787 and the second three years later.


Source: Courtney Ann Jackson/Twitter. JACKSON, MS (Mississippi News Now) -. A surprise came on the Democratic side in the race for Mississippi Governor. Robert Gray, a retired firefighter and truck driver, is the democratic nominee who admitted to the Associated Press that he didn't even vote in Tuesday's election.


Robert Gray. A surprise came on the Democratic side in the race for Mississippi Governor. Robert Gray, a retired firefighter and truck driver, is the democratic nominee who admitted to the Associated Press that he didn't even vote in Tuesday's election.


I'm not a politician, said Gray in a Wednesday interview. I'm not a person who really wanted to run for Governor.. Robert Gray is 46-year-old truck driver. That schedule prevented him from campaigning, aside from a couple of small events. He also didn't fundraise at all. So with no money in the campaign bank, a man who admits he usually shies away from attention, clinched the nomination. It doesn't take a brain surgeon to do what needs to be done in the state of Mississippi, explained Gray. Gray wants to see more money brought into the state.


To all DIS supporters who vote in Georgiaâs Sixth District: The Dustin Inman Societyâs favorite candidate for the special election to replace Dr. Tom Price in congress â Georgiaâs 6th District â is Mr. Bob Gray.


The Dustin Inman Society picks Bob Gray in the Georgia Sixth District special election â April 18. The Dustin Inman Societyâs favorite candidate for the special election to replace Dr. Tom Price in congress â Georgiaâs 6th District â is Mr. Bob Gray.


Robert Grey (born 21 April 1951 in Marefield, Leicestershire) is an English musician best known as the drummer for Wire. In 1973, Grey joined his first band, an R&B group called the Snakes, as vocalist. The Snakes released one single: Teenage Head.. After the group folded, Grey began teaching himself to drum. He has been Wire 's regular drummer since their start in 1976, using the stage name 'Robert Gotobed'.


So, to the practicalities. Where do we get some, what does it cost, when can we have it? First things first, a polished concrete floor costs anywhere between Â£60 to Â£400 a sq metre. The difference depends largely on whether it can be levelled by machine or, if the space is too tight, if it must be done by hand. John Reid, of White + Reid says you should expect to pay between Â£120 and Â£140 per sq metre.


Cost for polished concrete floors requiring decorative scoring and/or staining: Up to $8.00 per square foot. For large commercial floors, may include staining and decorative scoring: From $3.00 - $7.00 per square foot. For polishing residential concrete floors: Cost $5.00 - $12.00 per square foot.


Video on the cost of concrete floors. Depending on the level of complexity, concrete floors can cost as little as $2 to $6 a square foot or be as expensive as $15 to $30 a square foot.s the chart below shows, the average per-square-foot costs of basic stained or polished concrete floors are competitive with what you would expect to pay to install linoleum, vinyl flooring, ceramic tile and high-quality carpeting.


For instance, if you have a basement floor youâre wanting stained a single color with no decorative saw cuts, and includes cleanup and a final sealer coat with minimal slab preparation, the cost can range from about $1.50 to $4 per square foot. Larger projects will typically have a lower per square foot price.


Greg Demmert, with Demmert & Assoc. in Los Angeles, installs polished concrete along the West Coast in both residential and commercial locations. For a fairly smooth floor, that requires only a few levels of grinding, Demmert says $3 sq. ft. is the basic cost for a polished concrete floor.Itâs more difficult to get a consistent look using a smaller machine,â he explains about residential floors, âso the typical cost range is $6-$12 sq. ft.â. Each area of the country, along with each contractor is likely to offer different price points for the various levels and designs for polished concrete.


on average getting concrete floors can cost anywhere from as little as $ 2 to as much as $ 17 per square foot an economical option which can just change the tone of the concrete floor will typically cost less than $ 6an elaborate finish which can come in many various designs and application techniques can cost upwards of $ 10 per square foothe cost of concrete floors will depend on the style that you choose for your home the size of the room and the professional contractor performing the job


You canât scratch or dent a concrete floor. It also can make a fashion statement. Added dyes and etching techniques can turn gray, boring concrete into your homeâs star attraction. Cost ranges from downright cheap ($2 per square foot) to relatively pricey ($30 per square foot, depending on finishes). Obviously, concrete is heavy. If youâre putting in new concrete floors on grade, the weight wonât be a concern.


How much do stained concrete floors cost? On average, a simple stained concrete job can vary anywhere from $2 to $5 per square foot. If the job requires saw cut patterns and different colors, the costs can be between $5 to $11 per square foot. Sawed patterns and multiple colors can cost upwards of $17 per square foot.


BASIC COST. $2 - $6 per square foot A single stain color on existing concrete MID-RANGE COST. $7 - $14 per square foot Saw cuts, multiple colors, polishing or overlay HIGH-END COST. $15 - $30 per square foot Embeds, divider strips, stencils, epoxy terrazzo


Basic cost for a polished concrete floor up to a 800 grit: $3.00 per square foot. Cost for polished concrete floors requiring decorative scoring and/or staining: Up to $8.00 per square foot.


There will never be a clear answer to this question, but Woodrow Wilson's idealism, the growth of U.S. nationalism, and the Zimmerman note all played a role in compelling the United States to enter World War I.


However, by 1917, the continued submarine attacks on U.S. merchant and passenger ships, and the âZimmerman Telegramâsâ implied threat of a German attack on the United States, swayed U.S. public opinion in support of a declaration of war.


The United States entered the war because of the Germans' decision to resume the policy of unrestricted submarine warfare, and the so-called Zimmerman telegram, intercepted by the British, in which Germany floated the idea of an alliance with Mexico.


Americans entered the war in 1917 by declaring war on Germany. This was due to the attack on Lusitania, the unrestricted submarine warfare on American ships heading to Britain, and Germany encouraging Mexico to attack the USA. Lusitania. A British passenger ship that was sunk by a German U-Boat on May 7, 1915.


The immediate cause of the United Statesâ entry into World War I in April 1917 was the German announcement of unrestricted submarine warfare and the subsequent sinking of ships with U.S. citizens on board. But President Woodrow Wilsonâs war aims went beyond the defense of U.S. maritime interests.


American Entry into World War I, 1917 On April 2, 1917, President Woodrow Wilson went before a joint session of Congress to request a declaration of war against Germany. Wilson cited Germany's violation of its pledge to suspend unrestricted submarine warfare in the North Atlantic and the Mediterranean, and its attempts to entice Mexico into an alliance against the United States, as his reasons for declaring war. On April 4, 1917, the U.S. Senate voted in support of the measure to declare war on Germany.


History & Culture. In April 1917, the United States entered World War I on the side of the Allies. Previously angered by the sinking of Lusitania, President Woodrow Wilson led the nation to war after learning of the Zimmermann Telegram and Germany's resumption of unrestricted submarine warfare.


54 Answers. The United States entered the war because of the Germans' decision to resume the policy of unrestricted submarine warfare, and the so-called Zimmerman telegram, intercepted by the British, in which Germany floated the idea of an alliance with Mexico.


On April 4, 1917, the U.S. Senate voted in support of the measure to declare war on Germany. The House concurred two days later. The United States later declared war on German ally Austria-Hungary on December 7, 1917. World War I Trenches in France. Germanyâs resumption of submarine attacks on passenger and merchant ships in 1917 became the primary motivation behind Wilsonâs decision to lead the United States into World War I.


In April 1917, the United States entered World War I on the side of the Allies. Previously angered by the sinking of Lusitania, President Woodrow Wilson led the nation to war after learning of the Zimmermann Telegram and Germany's resumption of unrestricted submarine warfare.


The Commonwealth of Independent States (CIS) is the international organization, or alliance of countries that used to form the Soviet Union. On December 8 1991, leaders of Russia, Belarus, and Ukraine met at the nature reserve called Belovezhskaya Pushcha in Belarus. They discussed the creation of the Commonwealth of Independent States (CIS). They reached an agreement about many points and signed a document creating the CIS. One of these points stated that the alliance would be open to all the republics of the Soviet Union.


In August 1991 Soviet hardliners staged a coup against President Gorbachev and President Yeltsin emerged as a national hero as he rallied the people from the top of a tank to keep the peace. In early December, the leaders of Russia, Ukraine and Belarus precipitated the end of the Soviet Union with the formation of the CIS or Commonwealth of Independent States. Mr Gorbachev stepped down as Soviet leader on 25 December 1991 and Mr Yeltsin became president of independent Russia.


In early December, Yeltsin and the leaders of Ukraine and Belarus met in Brest to form the Commonwealth of Independent States (CIS), effectively declaring the demise of the Soviet Union. On December 25, 1991, the Soviet hammer and sickle flag lowered for the last time over the Kremlin, thereafter replaced by the Russian tricolor. Earlier in the day, Mikhail Gorbachev resigned his post as president of the Soviet Union, leaving Boris Yeltsin as president of the newly independent Russian state.


Turmoil in the Soviet Union continued, as there were several attempts at overthrowing Gorbachev. On December 8, 1991, the Soviet Union ceased to exist. Boris Yeltsin, president of the Russian Republic, formed the Commonwealth of Independent States (C.I.S.). After 45 years, the Cold War was over.


â¦Belarus, and Russia formed the Commonwealth of Independent States, which was then joined by eight other former republics of the defunct Soviet Union.


In a final step signifying the dismemberment of the Soviet Union, 11 of the 12 Soviet republics declare that they are forming the Commonwealth of Independent States (CIS). Just a few days later, Soviet leader Mikhail Gorbachev announced he was stepping down from his position. The Soviet Union ceased to exist.


On 8 December the presidents of Russia, Ukraine and Belarus founded the Commonwealth of Independent States (CIS) leaving Gorbachev with no choice but to agree with Yeltsin to dissolve the Soviet Union.On 25 December 1991, in a live TV address to the nation, Mikhail Gorbachev stepped down from power.he man who brought the ideas of Glasnost and Perestroika to the Soviet Union and the only President of the USSR, Mikhail Gorbachev tried to beat widespread alcoholism in the country and breathe new life into the staggering Soviet economy.


The Commonwealth of Independent States (CIS; Russian: ÑÐ¾Ð´ÑÑÐ¶ÐµÑÑÐ²Ð¾ Ð½ÐµÐ·Ð°Ð²Ð¸ÑÐ¸Ð¼ÑÑ Ð³Ð¾ÑÑÐ´Ð°ÑÑÑÐ², ÑÐ½Ð³, tr. Sodruzhestvo Nezavisimykh Gosudarstv, SNG), also called the Russian Commonwealth (to distinguish it from the British Commonwealth of Nations), is a regional organization formed during the dissolution of the Soviet Union.


Russia was an a empire until 1917 when a socialist union of republics was formed. It was named the Union of Soviet Socialist Republics (USSR).Russia issued its first stamp in 1857, and when the USSR was formed the socialist republics of Armenia, Azerbaijan, Georgia and Ukraine were allow to issued their own stamps.In 1991 the USSR brokeup and 11 former Soviet Republics created the Commonwealth of Independent States.ussia issued its first stamp in 1857, and when the USSR was formed the socialist republics of Armenia, Azerbaijan, Georgia and Ukraine were allow to issued their own stamps. In 1991 the USSR brokeup and 11 former Soviet Republics created the Commonwealth of Independent States.


Following the dissolution of the Soviet Union in 1991, twelve independent republics emerged from the USSR: Russia, Ukraine, Belarus, Kazakhstan, Uzbekistan, Armenia, Azerbaijan, Georgia, Kyrgyzstan, Moldova, Tajikistan, Turkmenistan and the Baltic states regained independence: Estonia, Latvia, Lithuania; the Russian SFSR reconstituted itself as the Russian Federation and is recognized as the continuing legal personality and sole successor state of the Soviet Union.


Definition of visceral. 1 : felt in or as if in the internal organs of the body : deep a visceral conviction. 2 : not intellectual : instinctive, unreasoning visceral drives. 3 : dealing with crude or elemental emotions : earthy a visceral novel.


The viscera are the internal organs of the body-especially those located in the large cavity of the trunk (e.g., the heart, liver, and intestines). The word viscera comes from Latin, in which it has essentially the same meaning. Something visceral has to do with the viscera. In a more figurative sense, something visceral is felt deep down.. Even in the early years of its use, visceral often referred to things emotional rather than physiological.


visâ¢cerâ¢al. 1. of, pertaining to, or affecting the viscera. 2. characterized by or proceeding from instinct rather than intellect: a visceral reaction. 3. characterized by or dealing with coarse or base emotions; earthy. visâ²cerâ¢alâ¢ly, adv.


Definition of visceral. 1  1 : felt in or as if in the internal organs of the body : deep a visceral conviction. 2  2 : not intellectual : instinctive, unreasoning visceral drives. 3  3 : dealing with crude or elemental emotions : earthy a visceral novel. 4  4 : of, relating to, or located on or among the viscera : splanchnic visceral organs.


Definition of Visceral. Visceral: Referring to the viscera, the internal organs of the body, specifically those within the chest (as the heart or lungs) or abdomen (as the liver, pancreas or intestines). In a figurative sense, something visceral is felt deep down.. It is a gut feeling..


When something's visceral, you feel it in your guts. A visceral feeling is intuitive â there might not be a rational explanation, but you feel that you know what's best, like your visceral reaction against egg salad. Your hatred of mice may not be rational, but it is visceral, and every time you see one, you feel like you're going to faint.


Visceral: Referring to the viscera, the internal organs of the body, specifically those within the chest (as the heart or lungs) or abdomen (as the liver, pancreas or intestines). In a figurative sense, something visceral is felt deep down.. It is a gut feeling..


1. Relating to, situated in, or affecting the viscera. 2. Being or arising from impulse or sudden emotion rather than from thought or deliberation: The scientific approach to life is not really appropriate to states of visceral anguish (Anthony Burgess).


Definition of 'visceral'. visceral (vÉªsÉrÉl ) Visceral feelings are feelings that you feel very deeply and find it difficult to control or ignore, and that are not the result of thought. I never overcame a visceral antipathy for the monarchy. ...the sheer visceral joy of being alive.


visceral pertaining to the viscera or internal organs. Hence visceral afferents the components of the peripheral nervous system that carry information from the organs. The outgoing nerves to the viscera are the sympathetic and parasympathetic nerves of the autonomic nervous system but are not usually known as visceral efferents. visceral pertaining to a viscus.


Wi-Fi is used for creating wireless local area networks, linking devices within about 100 meters of a central wireless access point. Bluetooth has a much smaller range and is used to create personal area networks of devices that are within about 10 meters of each other.


Takeaway: Bluetooth and Wi-Fi: Find out what separates these two wireless technologies. Source: Flickr/Dana Spiegel. Bluetooth and Wi-Fi are both methods that provide wireless communication, but the difference between the two mainly stems from what they are designed to do and how they are used. The main difference is that Bluetooth is primarily used to connect devices without using cables, while Wi-Fi provides high-speed access to the internet. Bluetooth is a wireless technology standard that is used to exchange data over short distances (less than 30 feet), usually between personal mobile devices.


Wi-Fi and Bluetooth are to some extent complementary in their applications and usage. Wi-Fi is usually access point-centered, with an asymmetrical client-server connection with all traffic routed through the access point, while Bluetooth is usually symmetrical, between two Bluetooth devices.


The type of networks each standard creates is different as well. Bluetooth has no hub. Any two devices with Bluetooth adapters can connect to each other. A single Bluetooth-enabled device can connect to up to seven devices and each of those devices can connect to up to seven other devices. A Wi-Fi enabled network relies on a hub. All devices on a Wi-Fi network ultimately connect through a single wireless access point, also called a wireless router.


The choice of Bluetooth or WiFi is clear. Bluetooth is a universal standard and easy to use. But, its range is quite limited and sound quality is restricted. WiFi systems have a wider range and can offer excellent fidelity. But, different systems that use WiFi are incompatible, and setup may be difficult.


Bluetooth has lower distance range ( less than 30 feet) than 802.11b (up to 200 feet). Therefore, you would need many more access points to cover the same area of an office. Simple mathematics will show that you may need as many as 20-50 times the number of access points.


Bluetooth and Wi-Fi (the brand name for products using IEEE 802.11 standards) have some similar applications: setting up networks, printing, or transferring files. Wi-Fi is intended as a replacement for high speed cabling for general local area network access in work areas.


Bluetooth or Wi-Fi: what's the difference? Here's the biggest difference: With Bluetooth, you stream music from your phone to a speaker. A Wi-Fi speaker accesses music from the internet, or from a computer on your home network. You can control a Wi-Fi speaker with your smartphone. You just have to stay within range of your Wi-Fi router's signal.


Bluetooth vs. WiFi - Range: Maximum range for Bluetooth based wireless connections is 30m while for Wi-Fi, it can extend well upto 100m. In Wi-Fi, range depends on the version of Wi-Fi protocol applied and addition of antennas in the communication system while no such concerns of range or extra antenna are much known in Bluetooth. . Bluetooth vs. WiFi - Devices Connected: In Bluetooth, upto 7 devices can be connected to each other (piconet) while in Wi-Fi, the maximum connections depend on Wi-Fi router which can accommodate 1 to several communicating devices at a time.


Wireless Local Area Network (WLAN): WLAN are wireless networks that use radio waves. The backbone network usually uses cables, with one or more wireless access points connecting the wireless users to the wired network. The range of a WLAN can be anywhere from a single room to an entire campus. Wireless Personal Area Network (WPAN): WPANs are short-range networks that use Bluetooth technology. They are commonly used to interconnect compatible devices near a central location, such as a desk. A WPAN has a typical range of about 30 feet.


An important thing in everyday life is SANUK. Thai people love to have fun together. SANUK can represent many things : eat together, to be with friends and chat, to go out with friends. For Thai people SANUK happens with several persons.


T he following concepts are part of Thai everyday life: à¹à¸à¹à¸¢à¹à¸ or JAI YEN is more a way of life, it is to keep your temper whatever the situation. T hai people are educated in the family and in school to keep frustration inside. Instead of showing their anger toward a problem or situation, Thai people show JAI YEN, i.e. calm or patience.


A n important thing in everyday life is SANUK. Thai people love to have fun together. SANUK can represent many things : eat together, to be with friends and chat, to go out with friends. For Thai people SANUK happens with several persons. When coming back from business, Thai people often ask was it fun ?


Twice a day, at 08:00 and again at 18:00, the national anthem is played by all Thai media outlets. Thais stop what they are doing and stand at attention to pay homage to the flag during the anthem. Students in school stand in front of the raised flag and sing the national anthem at 08:00 every school day.


In the evening, the Thai style of eating often includes a variety of dishes including a combination of flavors and textures (for example, a stir fried dish, a vegetable dish, a soup and fish) served family-style with each person scooping up a little food to put in their own bowls of steamed rice.


Thais must be the cleanest people in the world. For anyone who hasnât spent much time in Thailand or isnât familiar with the culture, hereâs what you need to know. Every Thai will shower at least once a day and the vast majority shower two, three or even four times a day. Every day.


Food and Economy. Food in Daily Life. Rice is the staple of the daily diet, along with manioc and other root vegetables, plantains, fresh and dried fish, and milk from grated coconuts. Food taboos provide a way to establish connections and acknowledge identity.


The following concepts are part of Thai everyday life: à¹à¸à¹à¸¢à¹à¸ or JAI YEN is more a way of life, it is to keep your temper whatever the situation.


Rating Newest Oldest. Best Answer: Kingdomwide, the average Thai salary is around $3000USD per year. Construction workers make an average of $4.00 a day and work 6 days a week, 9-10 hours a day.More skilled positions can obviously make more. A Thai Hotel / Apartment General Manager can make the rare wages of between $500 and $750 a month.hailand has a daily minimum wage of about 180 baht per day but laws mean little here and many people work for less than that. People make due by working overtime 6 days a week and living together to share the costs.


That type of consistent showering makes for a people who are incredibly clean. You will also notice during any time you spend in Thailand that few Thai people smell. You rarely come across the rank B.O., horrendous cigarette-smoke-clinging-to-body or bad breath that you often do in the west. It barely seems to exist in Thailand.


Spruces are large trees, from about 20â60 m (about 60â200 ft) tall when mature, and can be distinguished by their whorled branches and conical form. The needles, or leaves, of spruce trees are attached singly to the branches in a spiral fashion, each needle on a small, peg-like structure.


Spruces are large trees, from about 20â60 metres (about 60â200 feet) tall when mature, and can be distinguished by their whorled branches and conical form. The needles, or leaves, of spruce trees are attached singly to the branches in a spiral fashion, each needle on a small peg-like structure.


Spruces are large trees, from about 20â60 metres (about 60â200 feet) tall when mature, and can be distinguished by their whorled branches and conical form. The needles, or leaves, of spruce trees are attached singly to the branches in a spiral fashion, each needle on a small peg-like structure called a pulvinus.


Like fir trees, spruces have single needles connected to the stems. However, spruce tree needles are sharp and square-shaped. On a real tree, spruce needles easily break apart if you bend them. As a whole, spruce trees sport the traditional full Christmas tree shape, thanks to their upturned branches.


Spruce trees belong to the genus Picea and can grow up to heights that exceed 100 feet tall. Leaves: Spruce trees feature stiff needles which range in color from silvery-green to blue-green depending on the type of specimen. The needles often curve inward and measure about three quarters of an inch long.


Picea pungens, commonly called Colorado spruce (also blue spruce), is a medium to large, narrow, pyramidal conifer with horizontal branching to the ground. It typically grows 30-60â tall in cultivation, but may reach 100â or more where it grows naturally.


The white spruce is a large coniferous evergreen tree which grows normally to 15 to 30 m (50 to 100 ft) tall, but can grow up to 40 m (130 ft) tall with a trunk diameter of up to 1 m (3.3 ft). The bark is thin and scaly, flaking off in small circular plates 5 to 10 cm (2 to 4 in) across.


Norway spruce is a large, fast-growing evergreen coniferous tree growing 35â55 m (115â180 ft) tall and with a trunk diameter of 1 to 1.5 m (39 to 59 in). It can grow fast when young, up to 1 m (3 ft) per year for the first 25 years under good conditions, but becomes slower once over 20 m (65 ft) tall.


Colorado Blue Spruce (P. pungens glauca) â blue spruce is another tall grower at 60 feet. This specimen tree is popular for its pyramidal shape and blue-gray foliage color. White Spruce (P. glauca) â this is a pale green species of spruce.


White Spruce Picea glauca (Moench) Voss Description: White spruce is a medium-sized conifer found in northeastern United States and throughout Canada. It is the state tree of South Dakota. White spruce has a cone-shaped crown, and when grown in the open develops a conical crown which extends nearly to the ground. This habit along with the spreading branches give it a nice appearance for use as an ornamental. Trees often reach 80-140 feet in height and 1.5 to 3 feet in diameter. The oldest white spruce may reach 300 years of age.


Famciclovir (Famvir) is a drug used for the treatment of genital herpes, cold sores, shingles, and chickenpox. Side effects, drug interactions, warnings and precautions, and pregnancy information should be reviewed prior to taking this medication.


Famciclovir (FamvirÂ®) is a prescription antiviral medication used to treat the following conditions: Shingles in people with normal immune systems. Recurring genital herpes in people with normal immune systems. Recurring cold sores in people with normal immune systems.


Famciclovir (Famvir) is sometimes used to treat the herpes virus that causes cold sores and genital herpes (as well as the virus that causes shingles). This medicine is available only by prescription and is taken orally in tablet form.


Several medicines, acyclovir (Zovirax), valacyclovir (Valtrex), and famciclovir (Famvir), are available to treat shingles. You should start medication as soon as possible after the rash appears. That will help shorten how long the illness lasts and how severe the illness is. Pain medicine may also help with pain caused by shingles. Call your health professional as soon as possible to discuss treatment options.


There are several effective treatments for shingles. Drugs that fight viruses (antivirals), such as acyclovir (Zovirax), valacyclovir (Valtrex), or famciclovir (Famvir), can reduce the severity and duration of the rash if started early (within 72 hours of the appearance of the rash).


Treatment. Shingles is often treated with oral antiviral drugs: acyclovir (Zovirax), famciclovir (Famvir) or valacyclovir (Valtrex). These medicines should be started within the first 3 days of the onset of the rash. In fact, the sooner the medication is started the better. These medications are generally safe and well tolerated.


Uses. Famciclovir is used to treat infections caused by certain types of viruses. It treats shingles caused by herpes zoster. It also treats outbreaks of herpes simplex that cause cold sores around the mouth, sores around the anus, and genital herpes. In people with frequent outbreaks of genital herpes, famciclovir is used to help reduce the number of future episodes. Famciclovir is an antiviral drug. However, it is not a cure for these infections. The viruses that cause these infections continue to live in the body even between outbreaks.


Famciclovir (FamvirÂ®) is a prescription antiviral medication used to treat the following conditions: Herpes simplex infections (including cold sores and genital herpes) in people with HIV or other conditions that weaken the immune system.


Exclusive of the antiretroviral agents used in HIV (AIDS) therapy, there are currently only 11 antiviral drugs available, covering four types of virus. Acyclovir (Zovirax), famciclovir (Famvir), and valacyclovir (Valtrex) are effective against herpesvirus, including herpes zoster and herpes genitalis.


If your cold sore is especially painful or irritating, your doctor may prescribe an anesthetic gel to alleviate pain or an antiviral oral medication to speed healing or prevent recurrence. The antiviral medicines available for treatment include acyclovir (Zovirax), famciclovir (Famvir), and valacyclovir (Valtrex).


Equipment and supplies ordered by a health care provider for everyday or extended use. Coverage for DME may include: oxygen equipment, wheelchairs, crutches or blood testing strips for diabetics.


Durable medical equipment is defined as reusable medical equipment like wheelchairs, walkers, crutches, hospital beds and more. It also includes home oxygen equipment and power chairs. If you need durable medical equipment, it is very important to understand the rules and regulations your insurance carrier or Medicare uses to govern the acquisition and use of this equipment.


(n) The term durable medical equipment - DME - includes, but is not limited to, wheelchairs (manual and electric), hospital beds, traction equipment, canes, crutches, walkers, kidney machines, ventilators, oxygen, monitors, pressure mattresses, lifts, nebulizers, bili blankets and bili lights.


Durable Medical Equipment (DME) Equipment and supplies ordered by a health care provider for everyday or extended use. Coverage for DME may include: oxygen equipment, wheelchairs, crutches or blood testing strips for diabetics. Back to Glossary Index.


Also found in: Dictionary, Thesaurus, Legal, Financial, Acronyms, Encyclopedia, Wikipedia. equipment. necessary tools or provisions. durable medical equipment nonexpendable articles primarily used for medical purposes in cases of illness or injury; this includes hospital beds, respirators, walkers, and apnea monitors. durÂ·aÂ·ble medÂ·iÂ·cal equipÂ·ment. Rented or purchased medical equipment ordered by a health care provider for use in the home.


Patient lifts, suction pumps and traction equipment is also considered to be durable medical equipment. Nebulizers, ventilators, lymphedema pumps are considered to be durable medical equipment, as are transcutaneous electronic nerve stimulators.


A durable medical equipment business is a company that sells health care related items intended for use in the home for an extended period. Products such as wheelchairs, hospital beds, glucose monitors and nebulizers are considered durable medical equipment, and are often covered by insurance plans and Medicare provided that the equipment is intended for long-term use.


Often abbreviated as âDMEâ, durable medical equipment includes various types of walking aids, transfer equipment, bath safety and wheelchairs. As the name implies, this category must be manufactured and tested to be âdurableâ because patients who use this equipment rely on it to keep them safe and comfort.


Durable Medical Equipment. Most HMSA plans cover durable medical equipment (DME). Examples of covered DME include oxygen equipment, hospital beds, mobility assistive equipment (wheelchairs, walkers, power mobility devices), insulin pumps, and breast pumps. A covered DME item must be prescribed by a provider and must meet all of the following criteria:


What is Durable Medical Equipment? Durable medical equipment (DME) and disposable medical supplies are a Colorado Medicaid benefit that provides clients with medical equipment and/or disposable supplies when there is a medical need for the treatment or therapy of an illness or physical condition. DME must serve a medical purpose and be able to withstand repeated use. Some examples of equipment that are considered DME include: oxygen, wheelchairs, walkers and bathroom/bedroom safety equipment. Supplies must also serve a medical purpose, but they are not intended for repeated use. Supply items are items used in active treatment or therapy that are disposable or can be consumed.


The primary purpose of this position is to review and analyze account activity for possible money laundering, terrorist financing and fraud using various methods, such as (but not limited to) an automated AML monitoring system, analytic reports, notification from other banking personnel and transactional testing.


AML Analysts are responsible for detecting and monitoring suspicious transactions in an effort to prevent money laundering. A typical AML Analyst resume usually describes duties such as implementing anti money laundering procedures, assessing daily financial activity, and preparing regular reports to AML Compliance Officers.


The BSA / AML Analyst is responsible for monitoring and investigating customer transactions under applicable anti-money laundering and anti-terrorist financing laws.


JOB SUMMARY A Senior BSA/AML Analyst is responsible for maintaining certain aspects of the Bank's BSA/AML compliance program and assists in meeting and maintaining BSA/AML compliance requirements of the Bank.


The BSA/AML Analyst II is responsible for assisting with anti-money laundering and compliance initiatives. Three (3) to five (5) years of BSA related experience is required. southeastapply.com


The following topics are addressed in this guide: 1  The Bank Secrecy Act. 2  The USA PATRIOT Act. 3  AML Programs. 4  Customer Identification Programs. 5  Correspondent Accounts: Prohibition on Foreign Shell Banks and Due Diligence Programs. 6  Due Diligence Programs for Private Banking Accounts. 7  Suspicious Activity Monitoring and Reporting. 8  Other BSA Reports.


POSITION SUMMARY The Anti-Money Laundering Compliance Analyst will be part of the Anti-Money Laundering Team within the Compliance and Legal Division. The analyst will be responsible for assisting in the administration of Janneyâs Anti-Money Laundering pr...


Provide leadership and guidance of daily processes and act as the go to person for daily issues. Specific responsibilities include but are not limited to: Reporting to the Scenario Review Manager, the Senior Analyst will be conducting all analytical activities related to AML transaction monitoring systems....


The Senior BSA Analyst is responsible for monitoring the groupâs internal policies, procedures, and controls to assure compliance with anti-money laundering regulations and rules. Will also provide some oversight of the surveillance of accounts for money...


Team Lead AML Analyst. 1  Promoted to team leader responsible for training new AML hires on complying with companyâs due diligence procedures and regulatory mandates. 2  Initiated, processed, closed, and documented investigations per Know Your Customer, USA PATRIOT Act, Section 326, Bank Secrecy Act.


Two types of continental margins exist: active margins and passive margins. Active margins form primarily along the boundaries of plates that are actively converging. Passive margins currently exist in the middle of plates, not at plate boundaries.


1 A Continental Margin is a boundary between continental crust and oceanic crust. 2  Active continental margins occur along plate boundaries, while passive continental margins occur at the boundary that marks a continent and the oceanic crust. 3  Mountain building takes place along active continental margins only.


An active continental margin is found on the leading edge of the continent where it is crashing into an oceanic plate. An excellent example is the west coast of South America. Active margins are commonly the sites of tectonic activity: earthquakes, volcanoes, mountain building, and the formation of new igneous rock.


Both passive and active continental margins are located near coastlines. The main difference is that active margins are the main sites where tectonic activity takes place (lik â¦ e earthquakes). This is because the continental shelf of active continental margins collide with an oceanic plate, creating subduction.


The overall rate may be extremely slow (one to ten centimeters per year), but the long term effect is a continual re-shaping of the surface of our planet. An active continental margin is found on the leading edge of the continent where it is crashing into an oceanic plate. An excellent example is the west coast of South America. Active margins are commonly the sites of tectonic activity: earthquakes, volcanoes, mountain building, and the formation of new igneous rock.


Active Margins. occur where oceanic lithosphere is being subducted beneath the edge of the continent. the result is a relatively narrow margin that consists of highly deformed sediment that was scraped from the decending lithospheric slab and plastered against the margin of the overriding continent.


â¢ Pacific = Active Margin geologic activity 11 The ocean floor can be classified as (a) Continental Margins âthe submerged outer edge of a continent (b) Ocean Basin â the deep seafloor beyond the continental margin There are two types of continental Margins (a)passive or trailing margins: margin of continent that moves away from spreading center â Atlantic-style margins (also Artic Ocean, Antarctica and Indian Ocean). Very little volcanic or earthquake activity is associated with passive margins. (b) active or leading margins: plate boundary located along a continental margin â ocean trenches where there is subduction of oceanic lithosphere â narrow, steep, with volcanic mountains (West Coast of the Americas). Active margins are the site of volcanic and earthquake activity. 12 Continental Margins


Profile illustrating the shelf, slope and rise. The continental margin is the zone of the ocean floor that separates the thin oceanic crust from thick continental crust.Together, the continental shelf, continental slope, and continental rise are called continental margin. Continental margins constitute about 28% of the oceanic area.arthquakes and volcanic eruptions are common on the west coast of North America, but there are no active volcanoes on the east coast and large magnitude earthquakes are rare. Geologists refer to the west coast as (tectonically) active continental margin and the east coast a passive continental margin.


Active continental margin: A continental margin that has a very narrow, or even nonexistent, continental shelf and a narrow and steep continental slope that ends in a deep trench instead of a continental rise; it is marked by earthquake and volcanic activity.


2 types of Continental Margins: Active continental margin and Passive continental margin â¢Active Continental Margin âoccur along plate boundaries (where plates are actively moving) âThis is where mountain building takes place!! âEx.) Nazca Plate (oceanic crust) subducting beneath South American Plate (causing mountains to form, earthquake and volcanic activity. (Andes Mountains) â¢Passive Continental Margin âdo not occur along plate boundaries âThese are stable margins and accumulate large amounts


Contour plowing is the act of farming on a hill or a contoured area. The plow follows the contours of the land horizontally helping to reduce runoff of water. This practice helps to prevent soil erosion in hilly and contoured areas by capturing the water runoff using water breaks to keep water contained. Contour plowing is also known as contour farming, and is a sustainable form of agriculture.


In contour ploughing, the ruts made by the plow run perpendicular rather than parallel to slopes, generally resulting in furrows that curve around the land and are level. This method is also known for preventing tillage erosion. Tillage erosion is the soil movement and erosion by tilling a given plot of land. A similar practice is contour bunding where stones are placed around the contours of slopes.


Contour plowing. Contour ploughing or contour farming is the farming practice of ploughing and/or planting across a slope following its elevation contour lines. These contour lines create a water break which reduces the formation of rills and gullies during times of heavy water run-off; which is a major cause of top soil loss and soil erosion.


Contour plowing was a method of plowing furrows that follow the curves of the land rather than straight up and down slopes. Furrows that run up and down a slope form a channel that can quickly carry away seeds and topsoil. Contour plowing forms ridges, slows the water flow and helps save precious topsoil. LeRoy Hoffman rented farmland for his entire farming career and remembers when the government urged farmers to change their plowing methods.


A: Contour plowing conserves soil by following the lay of the land and creating ridges that form a water break to prevent soil erosion. Furrows that do not follow the lay of the land cause rapid runoff during rainfall by forming a convenient channel for the water to flow downhill.


Contour bunding, Catalonia, 2007. Contour plowing (or contour ploughing) or contour farming is the farming practice of plowing across a slope following its elevation contour lines. The rows form slow water run-off during rainstorms to prevent soil erosion and allow the water time to settle into the soil.


The basic principle behind preventing any erosion is find a way to lessen the impact of the cause, such as rain and wind. For prevention of rain-driven erosion, it is important to anchor the dirt down, such as with grass, or prevent water from collecting and picking up dirt as it flows down slope. A common way to prevent this is contour ploughing. What is... Making slopes into steps so that rain cannot run down a hill carrying soil off. When building terraces, it is important to stabilize the slope. -The easiest way to do this is to plant grass. If there is enough rock around it may be possible to construct a wall out of them. Contour Ploughing- Similar to terracing, except that it follows the contours of a hill more closely than terracing, possibly even encircling a hill top The contours are not wide like terraces.


One of the earliest methods of conservation tillage came to be known as contour plowing, or plowing on the contour. Tilling the soil along the gentle slopes of a piece of cropland, instead of up and down the gradient, prevents fertile topsoil from being carried downhill by flowing rainwater.


For prevention of rain-driven erosion, it is important to anchor the dirt down, such as with grass, or prevent water from collecting and picking up dirt as it flows down slope. A common way to prevent this is contour ploughing. images with permission by Dr. J. Floor Anthoni. What is...


Contour plowing. Contour plowing or contour farming or Contour bunding is the farming practice of plowing and/or planting across a slope following its elevation contour lines. These contour lines create a water break which reduces the formation of rills and gullies during times of heavy water run-off; which is a major cause of soil erosion.


The Three Percenters, formed in late 2008, are a loosely organized movement centered around an obscure, and not particularly accurate, Revolutionary War statistic that claimed that only 3% of the American population during the Revolutionary War participated as combatants in the war.


A loose affiliation of like minded Americans who vow to refuse to comply with laws that violate the second amendment right to keep (own) and bear (carry) firearms. The name 3 percenter comes from the fact that only 3 percent of colonial British subjects took up arms against the King during the revolutionary war. Three percent of the population was enough to overthrow a government and win independence. We are the 3 percenters, we will not comply, we will not be disarmed.. #second amendment #patriot #revolution #militia #constitution. by 3per October 09, 2013.


The Oath Keepers and Three Percenters, both part of an anti-government extremist movement that has grown since President Obama took office, promote the idea that the federal government is plotting to take away the rights of American citizens and must be resisted.


Try to understand that being a Three Percenter (Threeper, 3%, 3 Percenter, etc) is more of an idea than anything else, but there are some clues that will help you figure it out. What follows is NOT all encompassing or even an extensive listing of clues. Instead, these are merely just a few of the many indicators.


In addition to the Oath Keepersâ patch, the soldier is wearing patches for the Three Percenters; one patch that reads three percent and another with a version of the American flag with the Roman numeral III. At least one supporter has labeled this symbol the group's battle flag.


But this still doesnât answer the question. So how do you know if you are a Three Percenter? Try to understand that being a Three Percenter (Threeper, 3%, 3 Percenter, etc) is more of an idea than anything else, but there are some clues that will help you figure it out. What follows is NOT all encompassing or even an extensive listing of clues. Instead, these are merely just a few of the many indicators.


The part that is often missed on people (and probably the most important part) is who Three Percenters are supposed to be modeled after. Itâs one thing to say you will stand up and fight or wave a certain flag (when everyone else does).


Rhodes has written supportively of the Three Percenters, while at least two participants carried the Three Percenter flag at an Oath Keepers event at the Vietnam War Memorial in Washington, D.C., on September 12, 2009.


Three Percent/Four Percent â The missing percent is lost in a mathematical conundrum and entirely irrelevant. The point is that it represents the people who are willing to stand up in defense of the Constitution against any enemy and when everyone else is afraid to do it or simply will not.


News & Analysis 3 Percenter, 3%, III, III Percenter, Oath Keeper, three percent, three percenter Written by David Robertson David holds a Masterâs of Science in Leadership.


Several types of cells make up xylem tissue, including parenchyma as well as the tracheids and vessel members, two cell types that specialize in transferring water and minerals. Tracheids and vessel members are referred to as tracheary elements. Phloem vascular tissue contains parenchyma and has two types of cells that assist in the transport of food: sieve-tube members and sieve cells. Sieve-tube members are more specialized and are present in advanced flowering seed plants.


xylem tissue Cross section of xylem tissue from an oak tree (Quercus species). The large holes are wide vessel members, which serve as major water-conducting cells for the tree. J.M. Langham The xylem tracheary elements consist of cells known as tracheids and vessel members, both of which are typically narrow, hollow, and elongated.


provide the conducting network or âcirculatory systemâ of plants. In the xylem or woody tissue, most of the cells are dead and the thick-walled tubes (tracheids) serve to transport water and dissolved minerals from the roots to the stems and leaves. The phloem cells provide the principal means of downward conduction of foods from the leaves.


There are two different types of water conducting tissues in vascular plants, both of which are constituted as xylem, they are tracheids, and vessel elements.


1 The xylem tracheary elements consist of cells known as tracheids and vessel members, both of which are typically narrow, hollow, and elongated. Tracheids are less specialized than the vessel members and are the only type of water-conducting cells in most gymnosperms and seedless vascular plants.


The 2 types of vascular tissue are xylem & phloem. Xylem carries water and dissolved ions from the roots to stems and leaves. Phloem carries dissolved sugars from the leaves to all other parts of the plant. Xylem has 2 kinds of conducting cells --- tracheids & vessel elements.


Xylem, plant vascular tissue that conveys water and dissolved minerals from the roots to the rest of the plant and also provides physical support. Xylem tissue consists of a variety of specialized, water-conducting cells known as tracheary elements.


Xylem consists of three different types of cells: Xylem parenchyma cells and xylem fiber cells, which simply provide structural support for the most important xylem cells, the tracheary elements (TE).The TE are completely dead at maturity, and act like pipes to allow water and dissolved minterals to flow through them.There are two types of tracheary elements: vessel elements and tracheids. Though they have some structural differences, these two types function in the same manner.he TE are completely dead at maturity, and act like pipes to allow water and dissolved minterals to flow through them. There are two types of tracheary elements: vessel elements and tracheids. Though they have some structural differences, these two types function in the same manner.


Xylem consists of three different types of cells: Xylem parenchyma cells and xylem fiber cells, which simply provide structural support for the most important xylem cells, the tracheary elements (TE). The TE are completely dead at maturity, and act like pipes to allow water and dissolved minterals to flow through them. There are two types of tracheary elements: vessel elements and tracheids. Though they have some structural differences, these two types function in the same manner.


Xylem and phloem throughout the plant make up the vascular tissue system. They allow water and other nutrients to be transported throughout the plant. Xylem is consists of two types of cells known as tracheids and vessel elements.


At STP (standard temperature and pressure) hydrogen is a gas. It cools to a liquid at -423 Â°F, which is only about 37 degrees above absolute zero. Eleven degrees cooler, at â¦ -434 Â°F, it starts to solidify.


Hydrogen is a colorless, odorless, tasteless gas. Its density is the lowest of any chemical element, 0.08999 grams per liter. By comparison, a liter of air weighs 1.29 grams, 14 times as much as a liter of hydrogen. Hydrogen changes from a gas to a liquid at a temperature of -252.77Â°C (-422.99Â°F) and from a liquid to a solid at a temperature of -259.2Â°C (-434.6Â°F). It is slightly soluble in water, alcohol, and a few other common liquids.


Hydrogen gas has the molecular formula H 2. At room temperature and under standard pressure conditions, hydrogen is a gas that is tasteless, odorless and colorless. Hydrogen can exist as a liquid under high pressure and an extremely low temperature of 20.28 kelvin (â252.87Â°C, â423.17 Â°F). Hydrogen is often stored in this way as liquid hydrogen takes up less space than hydrogen in its normal gas form. Liquid hydrogen is also used as a rocket fuel.


Gas. For hydrogen to become a liquid, you need to cool it down to 20.28 K, which is -252.87 degrees Celcius, or -434.45 degrees Fahrenheit if that is more your style. 6 people found this useful.


Confidence votes 11.4K. At STP (standard temperature and pressure) hydrogen is a gas. It cools to a liquid at -423 Â°F, which is only about 37 degrees above absolute zero. Eleven degrees cooler, at -434 Â°F, it starts to solidify.


Hydrogen is found naturally in the molecular H2 form. To exist as a liquid, H2 must be cooled below hydrogen's critical point of 33 K. However, for hydrogen to be in a fully liquid state without boiling at atmospheric pressure, it needs to be cooled to 20.28 K (â423.17 Â°F/â252.87 Â°C).


Hydrogen's state of matter is gas at standard conditions of temperature and pressure. Hydrogen condenses into a liquid or freezes solid at extremely cold... Hydrogen's state of matter is gas at standard conditions of temperature and pressure. Hydrogen condenses into a liquid or freezes solid at extremely cold temperatures. Hydrogen's state of matter can change when the temperature changes, becoming a liquid at temperatures between minus 423.18 and minus 434.49 degrees Fahrenheit. It becomes a solid at temperatures below minus 434.49 F.Due to its high flammability, hydrogen gas is commonly used in combustion reactions, such as in rocket and automobile fuels.


For Hydrogen, the boiling point is -253 degrees Celsius; for Mercury it is 357 degrees Celsius, and for Iron it is 2,750 degrees Celsius. From these numbers you can see that at room temperature (and indeed for nearly any temperature found on Earth) Hydrogen is a gas, Mercury is a liquid, and Iron is a solid.


Answer   The boiling point of liquid hydrogen is 20.268 K (-252.88 Â°C or -423.184 Â°F)    The freezing point of hydrogen is 14.025 K (-259.125 Â°C or -434.


Hydrogen can exist as a liquid under high pressure and an extremely low temperature of 20.28 kelvin (â252.87Â°C, â423.17 Â°F). Hydrogen is often stored in this way as liquid hydrogen takes up less space than hydrogen in its normal gas form. Liquid hydrogen is also used as a rocket fuel.ydrogen is found in large amounts in giant gas planets and stars, it plays a key role in powering stars through fusion reactions. Hydrogen is one of two important elements found in water (H 2 O). Each molecule of water is made up of two hydrogen atoms bonded to one oxygen atom.


Quick Answer. The climate in Jamaica is tropical and humid with warm to hot temperatures all year round. The average temperature in Jamaica is between 80 and 90 degrees Fahrenheit. Jamaican nights are considerably cooler than the days, and the mountain areas are cooler than the lower land throughout the year. Continue Reading.


The climate in Jamaica is tropical, with hot and humid weather, although higher inland regions are more temperate. Some regions on the south coast are relatively dry rain-shadow areas. Jamaica lies in the hurricane belt of the Atlantic Ocean; as a result, the island sometimes experiences significant storm damage.


Jamaica has a tropical climate with hot and humid weather at sea level. The higher inland regions have a more temperate climate. (Bring a light jacket just in case you travel to the mountains where temperatures can be 10 degrees cooler or in case you go on a windy boat ride). Our average annual temperature is between 80-86Â°F (27-30Â°C).


And it's absolutely true. This is Jamaica weather! Most of our days are filled with warmth and sunshine, even during the rainy season. Jamaica has a tropical climate with hot and humid weather at sea level. The higher inland regions have a more temperate climate. (Bring a light jacket just in case you travel to the mountains where temperatures can be 10 degrees cooler or in case you go on a windy boat ride).


Quick Answer. The climate in Jamaica is tropical and humid with warm to hot temperatures all year round. The average temperature in Jamaica is between 80 and 90 degrees Fahrenheit. Jamaican nights are considerably cooler than the days, and the mountain areas are cooler than the lower land throughout the year.


Regardless of when you visit, the tropical climate and warm temperatures of Jamaica essentially guarantee beautiful weather during your vacation. Average temperatures in Jamaica range between 80 degrees Fahrenheit and 90 degrees Fahrenheit, with July and August being the hottest months and February the coolest. Temperatures in Jamaica generally vary approximately 10 degrees from summer to winter. Nevertheless, you should be prepared for winter in Jamaica to be slightly cooler, especially at the higher altitudes. In the mountains, the thermometer can dip to 40 degrees Fahrenheit (4 degrees Celsius).


Weather. Jamaica averages about 80 degrees year-round, so climate is less a factor in booking travel than other destinations. The days are warm and the nights are cool. Rain usually falls for short periods in the late afternoon, with sunshine the rest of the day.


A: The climate in Jamaica is tropical and humid with warm to hot temperatures all year round. The average temperature in Jamaica is between 80 and 90 degrees Fahrenheit. Jamaican nights are considerably cooler than the days, and the mountain areas are cooler than the lower land throughout the year.


Thanks to its position in the warm Caribbean Sea, Jamaica enjoys generally pleasant weather year round. While October may not be the peak time to visit this tiny yet world-renowned tourist destination, any month is a fine month to travel to Jamaica. While you'll see some rain showers, you'll still enjoy plenty of warm and beach-friendly weather.


One of the reasons that people go to Jamaica in the first place is to take advantage of the year-round warm Caribbean climate. Temperatures fluctuate little over the course of the year. The hottest months are July and August, with an average high of 90 (32) degrees and lows in the lower 70s (23 C). This differs little, however, from the coldest months of January through March, when highs hover around 86 (30 C) degrees, and lows are in the upper 60s (20 C).


Nolo's Plain-English Law Dictionary. A court decision in a civil case that tells the parties what their rights and responsibilities are, without awarding damages or ordering them to do anything. Courts are usually reluctant to hear declaratory judgment cases, preferring to wait until there has been a measurable loss. But especially in cases involving important constitutional rights, courts will step in to clarify the legal landscape.


A declaratory judgment, sometimes called declaratory relief, is conclusive and legally binding as to the present and future rights of the parties involved. The parties involved in a declaratory judgment may not later seek another court resolution of the same legal issue unless they appeal the judgment.


Wiktionary (0.00 / 0 votes) Rate this definition: declaratory judgment (Noun). A ruling of a court in a civil case which declares the rights, duties, or obligations of each party in a dispute, but does not necessarily award any damages or other relief.


Declaratory judgments are judgment of a court in a civil case that declares the rights, duties, or obligations of each party in a dispute. However, a declaratory judgment does not order any action or result in any award of damages to any party to the case.


A declaratory judgment, also called a declaration, is the legal determination of a court that resolves legal uncertainty for the litigants.


Statutory remedy for the determination of a Justiciable controversy where the plaintiff is in doubt as to his or her legal rights. A binding adjudication of the rights and status of litigants even though no consequential relief is awarded.


A ruling by a court (or, less commonly, a regulator) that resolves a dispute but does not order an action. That is, a declaratory judgment states a fact. For example, a declaratory judgment may state who owns a patent or a piece of property.


n. a judgment of a court which determines the rights of parties without ordering anything be done or awarding damages. While this borders on the prohibited advisory opinion, it is allowed to nip controversies in the bud.


A declaratory judgment is one which simply declares the rights of the parties, or expresser, the opinion of the court on a. question of law, without ordering anything to be done.


Common law. 1  Consent judgment: a consent judgment is available where the parties agree on the terms of the judgment or order that should be made. 2  Declaratory judgment: a declaratory judgment can be made by the courts regardless of whether a remedy is being claimed.


SIGMET, or Significant Meteorological Information, is a weather advisory that contains meteorological information concerning the safety of all aircraft. There are two types of SIGMETs, convective and non-convective.


sigmet SIGMET, or Significant Meteorological Information, is a weather advisory that contains meteorological information concerning the safety of all aircraft. There are two types of SIGMETs, convective and non-convective.


SIGMET, or Significant Meteorological Information, is a weather advisory that contains meteorological information concerning the safety of all aircraft. There are two types of SIGMETs - convective and non-convective. The criteria for a non-convective SIGMET to be issued are severe or greater turbulence over a 3,000-square-mile (7,800 km2) area, severe or greater icing over a 3,000-square-mile (7,800 km2) area or IMC over a 3,000-square-mile (7,800 km2) area due to dust, sand, or volcanic ash.


SIGMET, or Significant Meteorological Information, is a weather advisory that contains meteorological information concerning the safety of all aircraft. There are two types of SIGMETs - convective and non-convective. The criteria for a non-convective SIGMET to be issued are severe or greater turbulence over a area, severe or greater icing over a area or IMC over a area due to dust, sand, or volcanic ash.


A weather advisory concerning convective weather significant to the safety of all aircraft. Convective SIGMETs are issued for tornadoes, lines of thunderstorms, embedded thunderstorms of any intensity level, areas of thunderstorms greater than or equal to VIP level 4 with an area coverage of 4/10 (40%) or more, and hail 3/4 inch or greater.


Definition of SIGMET. plural. SIGMETs. also. sigmets. : a notice of significant hazardous weather conditions (such as extreme turbulence, icing, or poor visibility) in a large area that is provided to the pilot of an aircraft before takeoff â compare airmet.


When significant flight/weather events are observed or forecast, then a SIGMET is issued by the office responsible (Bracknell for London, Scottish and the Shanwick Oceanic FIR's (Flight Information Regions); Dublin for the Shannon FIR) for such as embedded (EMBD) or frequent (FRQ) cumulonimbus (CB) or thunderstorms (TS); severe icing (SEV ICE) in ...


: a notice of potentially hazardous weather conditions (such as turbulence, icing, or low visibility) along a planned flight route that is provided to the pilot of an aircraft before takeoff â compare sigmet.


AIRMETS/SIGMETS issued by authorities forecasting significant weather events that are potentially hazardous to flights in the area for which they are issued, refreshed every 30 min. Click on an AIRMET/SIGMET to see the full text.


Customers who equip their helicopter with the GDL 69 will receive graphical weather depictions of NEXRAD, METARs, TAFs, TFRs, winds aloft, echo tops, precipitation type at the surface, lightning strikes, storm-cell data, AIRMETs, and SIGMETs.


There are many items that can be purchased at McDonald's for just $1, really, just check their dollar menu ! Here's a tip that not everyone knows... a McDouble from the McDonalds Dollar menu is the same thing as a Double Cheeseburger-well, minus one piece of cheese (and a lot of cents).


There is a discernible difference between the two burgers, especially in the meat quality. The McDouble contains gristle and carry's a different flavor than the Double Cheeseburger. The double cheeseburger tastes more like beef. The McDouble tastes of whatever meat filler they use to fill the gap.


At first glance, the double cheeseburger looks a lot like the McDouble, but it is not exactly the same thing. The main difference that you will notice is the amount of cheese that is on this sandwich. There are two slices of cheese on the double cheeseburger instead of just the one slice of cheese that comes on the McDouble. Even though it comes with two slices of cheese, it still has the onions, pickles, ketchup and mustard that come on the other burgers.


But I did it for you. With McDonald's recent release of the McDouble, they now have three basic, sub-$2 cheeseburgers: the cheeseburger, McDouble (two patties with one slice of cheese), and double cheeseburger (two patties with two slices of cheese).


The McDouble is listed as a slice of American cheese between two 100% beef patties, topped with pickles, onions, ketchup and mustard. mcdonalds.com. The Double Cheeseburger is listed as two slices of golden American cheese with two 100% all beef patties, pickles, onions, ketchup and mustard.


A double cheesburger has 2 slices of cheese with 2 meat patties. A mcdouble on the other hand only had 1 slice of cheese, but still 2 pieces of meat. I say had because mcdoubles arent sold in Australia (maybe a few stores but not a regular menu item) anymore. Other countries might be different but that's the difference in Australia.


One slice of cheese instead of two. It's twenty cents more to get a double cheeseburger for $1.19. That sounds about right for a slice of cheese fast food style. It costs anywhere from forty to fifty cents to get extra cheese or add cheese at most places. One less slice of cheese.


Although we previously reported that the McDouble would be on the Dollar Menu, in Manhattan the cheeseburger appears on the Dollar Menu while the McDouble is $1.39 and the double cheeseburger is $1.49.


The menu item maintains 440 calories, 25 grams of protein, 22 grams of fat, and 1,050mg of sodium. Similarly, the McDouble, featuring two patties and one slice of cheese, consists of 390 calories, 18 grams of fat, and 850mg of sodium.


The Double Cheesburger is now $1.19 instead of a buck. Seriously, $.19/slice of cheese and a removal from the Dollar Menu. Do I order the Double Cheeseburger at its new full price or do I stick to the Dollar Menu and go with the McDouble. Of course, I go with the McDouble. One piece of McCheese might be better than two pieces of McCheese. I guess McDonalds thinks people like me who bought the Double Cheeseburger for a buck will pony up and pay the extra pennies. Sooner or later they will be charging for extra napkins and ketchup.


Short version: All BSNs are RNs, but not all RNs are BSNs. RN is registered nurse. You can get there via a diploma program, an associates degree (ADN) program or a bachelors degree (BSN) program. A BSN RN is just an RN with a bachelor's degree--basically, they have the most schooling and it (usually) takes the longest to achieve.


High school â 6%. These stats show that an RN is eligible for 51% of these jobs, while a BSN holder is going to be eligible for 88% of the jobs. Also, the analysis in this study of salary showed that the mean salary for associateâs or RN holders was $66,000, and for those with a BSN, it was $75,000.ducation Requirements. Earning your RN with a diploma program usually is a one or two year process. Getting your BSN straight out of high school will take four years. The advantage to earning your RN with a diploma program is that it does not take as much time as a BSN.


Comparing the RN and BSN: Whatâs the Difference? Many people are unfamiliar with the different types of nursing credentials. Nurses may hold one of several types of degrees ranging from the licensed practical nurse (LPN) to a Master of Nursing (MSN) or doctorate (DNP). One of the most commonly confused comparisons is that of the Registered Nurse (RN) and the Bachelor of Science in Nursing (BSN) prepared nurse.


Nurses may hold one of several types of degrees ranging from the licensed practical nurse (LPN) to a Master of Nursing (MSN) or doctorate (DNP). One of the most commonly confused comparisons is that of the Registered Nurse (RN) and the Bachelor of Science in Nursing (BSN) prepared nurse.


To become an RN, students can earn an Associate Degree in Nursing (ADN) from a college or university program or a Diploma of Nursing through a hospital-based nursing program. BSN-prepared nurses have completed a bachelorâs degree from an accredited college or university and have received additional training in leadership, management, and administrative roles.


About a bachelor's degree in nursing. A bachelor of science in nursing (BSN) degree prepares you for a job as a registered nurse. While you can work as an RN with an associate's degree, nurses with a BSN are typically given more responsibility, supervisory roles and higher salaries.


About a bachelorâs degree in nursing. A bachelor of science in nursing (BSN) degree prepares you for a job as a registered nurse. While you can work as an RN with an associateâs degree, nurses with a BSN are typically given more responsibility, supervisory roles and higher salaries.


BSN (Bachelor of Science Degree in Nursing) A BSN is not technically a different nursing position, but rather a higher-level degree leading to a position as an RN. While you can become a licensed RN after successfully passing NCLEX, you can only earn a BSN at an accredited college or university.


So first of all, you should know RN stands for Registered Nurse. And BSN stands for Bachelors of Science and Nursing. So right off the by, you see there's a difference. The BSN is a degree that you get in a university. It's usually a four year degree. And from there, you can take a state regulated test or the NCLEX.


These stats show that an RN is eligible for 51% of these jobs, while a BSN holder is going to be eligible for 88% of the jobs. Also, the analysis in this study of salary showed that the mean salary for associateâs or RN holders was $66,000, and for those with a BSN, it was $75,000.


The common goldfish is typically sold for less than $0.25 as a âfeederâ goldfish and sold when it is very small. However, though it may start out less than 1 inch long a typical comet can grow up to 1 foot in length and live as long as 20 years if healthy. And that fact alone should make it clear to you that a bowl is not a suitable home for your goldfish.


Goldfish Size and Life Expectancy. If kept in a suitable environment, single tail goldfish normally grow to 10 inches (25cm) and can sometimes reach 12 inches (30cm). Fancy goldfish normally grow to 8 inches (20cm). The normal life expectancy of a single tail goldfish is about 20 years. Fancy goldfish have a life expectancy of about 12 years.


Giant Goldfish: Popular Housepet Can Grow Monstrously Large, As Tahoe Catch Shows. Last week, scientists netted a 4-pound, 1.5-foot-long goldfish in Lake Tahoe. The scientists also found 15 other goldfish, indicating theyâre probably reproducing in the lake high in the Sierra Nevada.


Depending on his type and his environment, goldfish have the capacity to grow anywhere from around 6 to 15 inches within a very short period of time. If they are kept in tiny aquariums or little bowls, they will still grow, but much more slowly. Those conditions are somewhat cramped for the fish and that will show in ...


Large aquariums are a definite requirement for their long-term care and survival, as goldfish can grow quite large, depending on the breed. The common goldfish, so popular on fairgrounds, are among the largest, and they are capable of reaching over 18 inches and 10 pounds.


Their size is limited in the tank, but when you release it into the wild, that doesn't exist anymore, Wilson told The Post. Like other species of carp, the domestic goldfish Carassius auratus will basically keep growing as long as water temperatures and food resources support it.


You will see your goldfish grow fast. The goldfish food that you feed them plays a part in their growth as well. If you want your goldfish to grow fast consider feeding them a wide variety of food. Also high growth food will help as well maximizing the growth of your goldfish.


Goldfish can live for many years if properly cared for, a bowl is not large enough. My goldfish lived 10 years in a 27 gallon tank but may have lived longer in a pond. 1 liter won't be enough - goldfish can grow to 10 inches long or even larger than that. Thanks guys I was so worried but not anymore.


People are usually surprised at both the normal life expectancy and size that goldfish reach. Goldfish Size and Life Expectancy. If kept in a suitable environment, single tail goldfish normally grow to 10 inches (25cm) and can sometimes reach 12 inches (30cm). Fancy goldfish normally grow to 8 inches (20cm). The normal life expectancy of a single tail goldfish is about 20 years. Fancy goldfish have a life expectancy of about 12 years.


A goldfish will grow to the depth of the water it is kept in. If the tank is not large enough to allow the goldfish to grow, it's growth will be stunted and this can cause the fish to become unhealthy and die. The fancy goldfish do not get as large as the common/comet/shubunkin/feeder goldfish.


About the Disease. Legionnaires' disease is a severe, often lethal, form of pneumonia. It's caused by the bacterium Legionella pneumophila found in both potable and nonpotable water systems. Each year, an estimated 10,000 to 18,000 people are infected with the Legionella bacteria in the United States.


Legionnaires' disease is a severe, often lethal, form of pneumonia. It's caused by the bacterium Legionella pneumophila found in both potable and nonpotable water systems. Each year, an estimated 10,000 to 18,000 people are infected with the Legionella bacteria in the United States.


The Test Sample. Legionella is a type of bacteria that can cause a serious form of pneumonia called Legionnaires disease. Legionella testing detects the presence of the bacteria to help diagnose the cause of a person's pneumonia.


Two distinct illnesses, Legionnaires' disease and Pontiac fever, have been associated with the Legionella species. Legionnaires' disease is a severe pneumonia. Pontiac fever is a mild, non-pneumonia influenza-like illness.


Although several other species of the genus Legionella were subsequently identified, L pneumophila is the most frequent cause of human legionellosis and a relatively common cause of community-acquired and nosocomial pneumonia in adults.


What Is Legionnaires' Disease. Legionnairesâ disease, or Legionellosis, is a severe infection caused by Legionella species, primarily L. pneumophila. In fact, L. pneumophila is responsible for 90% of infections. The disease typically presents as pneumonia and symptoms may include a high fever, chills, cough, muscle aches, headaches, and diarrhea.


Several types of bacteria, including Legionella pneumophila, Mycoplasma pneumoniae, and Chlamydophila pneumoniae, cause atypical pneumonia. It is sometimes called walking pneumonia and is referred to as atypical because its symptoms differ from those of other types of bacterial pneumonia.


: pneumonia that is caused by a bacterium of the genus Legionella (L. pneumophila), that is characterized initially by symptoms resembling influenza (as malaise, headache, and muscular aches) followed by high fever, cough, diarrhea, lobar pneumonia, and mental confusion, and that may be fatal especially in elderly and immunocompromised ...


The genus Legionella is a pathogenic group of Gram-negative bacteria that includes the species L. pneumophila, causing legionellosis (all illnesses caused by Legionella) including a pneumonia-type illness called Legionnaires' disease and a mild flu-like illness called Pontiac fever.


Legionnaires disease (LD) was recognized in 1976 after an outbreak of pneumonia at an American Legion convention in Philadelphia. Soon after, the etiologic agent was identified as a fastidious gram-negative bacillus and named Legionella pneumophila.


Montonic Function. When a function is increasing on its entire domain or decreasing on its entire domain, we say that the function is strictly monotonic, and we call it a monotonic function. For example, consider the function g(x) equals x 3: Notice the graph of g is increasing everywhere. Therefore, this is a monotonic function.


The textbook says it's a way of transforming a set of numbers into another set that preserves the order. But I don't understand what that means. Here are a few examples. The question was: do these functions represent a monotonic transformation. u = 2v - 13 (yes) u = -1/v2 (no) u = ln(v) (yes) u = v2 (no)


Figure 1. A monotonically increasing function (it is strictly increasing on the left and right while just non-decreasing in the middle.). Figure 2. A monotonically decreasing function. In calculus, a function f defined on a subset of the real numbers with real values is called monotonic (also monotonically increasing, increasing or non-decreasing), if for all x and y such that x â¤ y one has f (x) â¤ f (y), so f preserves the order (see Figure 1).


A function with a graph that goes up as it is followed from left to right. For example, any line with a positive slope is increasing. Note: If a function is differentiable, then it is increasing at all points where its derivative is positive.


To show that it does indeed have a limit, we'll prove that it is monotonic decreasing and bounded below. Since the terms of the sequence are positive, the sequence is clearly bounded below by 0. To show monotonicity: an+1- an= â(2an- 1) - â(2an-1- 1) and if we now use the fact that âx - ây = (x - y)/(âx + ây)


An important application of monotonic functions is in probability theory. If is a random variable, its cumulative distribution function is a monotonically increasing function. A function is unimodal if it is monotonically increasing up to some point (the mode) and then monotonically decreasing. When is a strictly monotonic function, then is injective on its domain, and if is the range of, then there is an inverse function on for.


Every survival function S (t) is monotonically decreasing, i.e. for all. The time, t = 0, represents some origin, typically the beginning of a study or the start of operation of some system. S (0) is commonly unity but can be less to represent the probability that the system fails immediately upon operation.


The Foster-Greer-Thorbecke index satisfies the monotonicity axiom (i.e., a reduction in a poor person's income, holding other incomes constant, increases the poverty index), and the transfer axiom (i.e., the index increases whenever a pure transfer is made from a poor person to someone with more income).et z be the poverty line and let q be the number of poor individuals. The Foster-Greer-Thorbecke index is defined as: FGT ï½ ï¾ i ï½1 q 1 nz ï¿ y i zz ï¿ y i z This index is a weighted sum of the poverty gap ratios ï z ï¿ y i ï/ z of the poor.


Monotonic Function. A monotonic function is a function which is either entirely nonincreasing or nondecreasing. A function is monotonic if its first derivative (which need not be continuous) does not change sign.


The exponential function is one of the most important functions in mathematics (though it would have to admit that the linear function ranks even higher in importance). To form an exponential function, we let the independent variable be the exponent. A simple example is the function $$f(x)=2^x.$$. As illustrated in the above graph of $f$, the exponential function increases rapidly. Exponential functions are solutions to the simplest types of dynamical systems.


The human genome consists of 3 billion nucleotides or âlettersâ of DNA. But only a small percentage â 1.5 percent â of those letters are actually translated into proteins, the functional players in the body. The âexomeâ consists of all the genomeâs exons, which are the coding portions of genes. The term exon was derived from âEXpressed regiON,â since these are the regions that get translated, or expressed as proteins, as opposed to the intron, or âINTRagenic regiONâ which is not represented in the final protein.


An exon is any part of a gene that will encode a part of the final mature RNA produced by that gene after introns have been removed by RNA splicing. The term exon refers to both the DNA sequence within a gene and to the corresponding sequence in RNA transcripts. In RNA splicing, introns are removed and exons are covalently joined to one another as part of generating the mature messenger RNA.


Description: In most eukaryotic genes, coding regions (exons) are interrupted by noncoding regions (introns). During transcription, the entire gene is copied into a pre-mRNA, which includes exons and introns. During the process of RNA splicing, introns are removed and exons joined to form a contiguous coding sequence.


Definition of exon. : a polynucleotide sequence in a nucleic acid that codes information for protein synthesis and that is copied and spliced together with other such sequences to form messenger RNA â compare intron.


Description: In most eukaryotic genes, coding regions (exons) are interrupted by noncoding regions (introns). During transcription, the entire gene is copied into a pre-mRNA, which includes exons and introns. During the process of RNA splicing, introns are removed and exons joined to form a contiguous coding sequence. This mature mRNA is ready for translation.


Human genes are made of small parts, called exons, which are separated by long non-coding DNA sequences, called introns. When a gene is transcribed, the intervening introns are cut or âsplicedâ out, and the exons are strung back together to form the sequence that is then translated into protein.


In most eukaryotic genes, coding regions (exons) are interrupted by noncoding regions (introns). During transcription, the entire gene is copied into a pre-mRNA, which includes exons and introns.


Introns and exons are parts of genes. Exons code for proteins, whereas introns do not. A great way to remember this is by considering introns as intervening sequences and exons as expressed sequences. According to researchers, there are an average of 8.8 exons and 7.8 introns per human gene.


1 Exons are expressing sequences within a pre-mRNA molecule that are spliced together once introns are removed to form mature mRNA molecules that are translated into proteins.  Alternative splicing allows for the production of various protein isoforms from one single gene coding.


Introns and exons are parts of genes. exons code for proteins, whereas introns do not. Exons are parts of DNA that are converted into mature messenger RNA . The process by which DNA is used as a template to create mRNA is called transcription. This mRNA then undergoes a further process called translation where the mRNA is used to synthesize proteins, via another type of molecule called transfer RNA.


In some cultures the term environment is meaningless because there is no separation between people and what they view as the natural world, or their surroundings. Specifically in the U.S., many native cultures do not recognize the environment, or see themselves as environmentalists.


1 Meaning of environment. Environment means everything around to a living being. Especially the circumstances of life of people or society in their life conditions. It comprises the set of natural, social and cultural values existing in a place and at a particular time, that influence in the life of the human being and in the generations to come.


1 Environmental determinism: the notion that the physical environment has a massive and often controlling (and perhaps never-changing and generationally stable) affect on human beings, in essence dictating their abilities in all realms of life and society.  Possibilism or Cultural determinism, two related notions. Cultural determinism is the stronger of the two, in essence a rejection of the environment as a controlling influence. It claims that cultures are the result of human agency and action, and that the environment is largely a non-issue.


3 Concept of environment. The environment is a system consisting of natural and artificial elements that are interrelated and which are modified by human action. It's the environment that affects the way of life of the society, including natural, social and cultural values that exist in a place and time.


Cultural ecology. Cultural ecology is the study of human adaptations to social and physical environments. Human adaptation refers to both biological and cultural processes that enable a population to survive and reproduce within a given or changing environment.


A physical and natural environment and the relation of the people with said environment. This includes physical, biological, cultural, social and economical factors in said environment.


syn: environment, milieu, ambiance, setting refer to the objects, conditions, or circumstances that influence the life of an individual or community. environment may refer to physical or to social and cultural surroundings: an environment of grinding poverty.


Anthroposphere The anthroposphere is that part of the environment that is made or modified by humans for use in human activities and human habitats. It is one of the Earth's spheres.


Environment, milieu, ambiance, setting, surroundings all refer to what makes up the atmosphere or background against which someone or something is seen. Environment may refer either to actual physical surroundings or to social or cultural background factors: an environment of crime and grinding poverty.


Cultural environment: The communication, religion, values and ideologies, education and social structure of a country. Even with countries with close languages and cultural links, HR practices can be dramatically different.


Most sharks are cold-blooded. Some, like the Mako and the Great white shark, are partially warmblooded (they are endotherms). These sharks can raise their temperature about the temperature of the water; they need to have occasional short bursts of speed in hunting.


Certain lamnid sharks, tuna and billfishes are also endothermic. In common parlance, endotherms are characterized as  warm-blooded .. The opposite of endothermy is ectothermy, although there is no absolute or clear separation between the nature of endotherms and ectotherms in general.


Gruber: Mackerel sharks, including great whites, makos, threshers, and porbeagles, have a heat-conserving mechanism known as the rete mirabile (wonderful net), a structure for warming blood passing over the gills.


Some fish are ectothermic such as the Blue shark whereas others are endothermic such as swordfish and Lamnid sharks.ndothermic = warm-blooded Ectothermic = cold-blooded Endotherms are able to maintain their own body temperature, whereas Ectotherms rely on their environment to regulate body â¦ temperature.


These sharks are unique in their ability to elevate and maintain body temperatures as much as 13 C above the ambient water temperature. One striking feature of these warm-bodied sharks is that their flanks and viscera are warm, while the heart and gills are at environmental temperatures.


Large sharks that living in temperate waters include the great white shark, the shortfin mako shark, and the basking shark. These large temperate sharks can generate their own body heat and are therefore able to travel farther than smaller temperate sharks, which cannot.lthough large temperate sharks will travel into tropical waters, they will swim only at depths where the temperature is in their preferred range. Smaller sharks are much more affected by heat and cold and stay within their limits. Sandbar sharks like water temperature between about 15Â°-30Â°C (59&deg-86&degF).


The Salmon Shark is one of the warmest of the warm-bodied sharks. Measurements of its epaxial (upper back) muscles indicate that this species is able to maintain a body temperature 14 to 20 degrees Fahrenheit (8 to 11 degrees Celsius) above the ambient water temperature.


Great white sharks are some of the only warm blooded sharks. This allows them to swim in colder waters in addition to warm, tropical waters. Great White sharks can be found asâ¦ north as Alaska and as south as the southern tip of South America. They exist worldwide, everywhere in-between. 5 people found this useful.


Most sharks are cold-blooded. Some, like the Mako and the Great white shark, are partially warmblooded (they are endotherms). Cold blooded although if you've ever seen a Great White Shark hunt sea lions you'd be thinking they would have to be hotblooded. Actually the Salmon Shark is a warm blooded shark.


Endotherm, so-called warm-blooded animals; that is, those that maintain a constant body temperature independent of the environment. The endotherms primarily include the birds and mammals; however, some fish are also endothermic. If heat loss exceeds heat generation, metabolism increases to make up the loss or the animal shivers to raise its body temperature.


Fleas prefer a warm, humid environment, with temperatures ranging between 70Â° and 90Â° Fahrenheit and a relative humidity of 75% or more. Under ideal conditions, the cat flea life cycle takes just 18 days, from egg to adult. Adult fleas (both male and female) require a blood meal prior to mating.


The cat fleaâs life cycle is one of complete metamorphosis: an egg stage, larval (grub) stage, pupal (cocoon) stage and adult stage. The cat fleaâs life cycle usually lasts from about 1 to 2 Â½ months and depends on the temperature and humidity of their habitat. Adults are the only stage that lives on the host, and the female adult cat flea must have a fresh blood meal in order to produce a new batch of eggs.


There are four stages in the life cycle of a flea: egg, larva, pupa, and adult. Depending on the environmental temperature and humidity levels, the total life cycle will take anywhere from a couple weeks to many months. Optimal conditions for fleas are between 70-85Â°F and 70 percent humidity.


When you initiated treatment, it can be assumed that eggs were laid earlier that day. It takes around 2 days for those eggs to hatch, 7 days for the larvae to pupate, and another 7 days until the adult stage is reached. In homes, you can expect the full life cycle to complete in 17 to 26 days. While no new fleas should be able to successfully develop past 26 days, one life stage is a problem.


Fleas have four main stages in their life cycle: egg, larva, pupa, and adult. The total flea life cycle can range from a couple weeks to several months, depending on environmental conditions. The adult flea is very flat side to side.


The whole cycle can be as quick as 20 days or can last up to one full year; this is because the flea may be in a dormant stage for a long time. The cycle can be interrupted at any stage, but some flea control methods are more effective than others depending upon the stage the flea is in.


Life Cycle (Back to Top). The cat flea life cycle is one of complete metamorphosis, involving the stages of an egg, larva, pupa, and adult. This cycle usually lasts 30 to 75 days, yet may vary due to external factors, such as temperature and humidity.


The entire cycle can last as short as a few weeks or as long as months, depending on the environmental conditions. PetMD states the ideal conditions for flea propagation are temperatures ranging between 70 and 85 degrees Fahrenheit and 70 percent humidity. An adult flea can live up to two weeks without a host. credit: Dixi_/iStock/Getty Images.


Under ideal conditions, the cat flea life cycle takes just 18 days, from egg to adult. Adult fleas (both male and female) require a blood meal prior to mating. They prefer blood from your pet, but in the absence of a canine or feline host, fleas will bite people.


1 Completion of the life cycle from egg to adult varies from two weeks to eight months.  Normally the female flea lays about 15 to 20 eggs per day up to 600 in a lifetime.


The midsegment of a trapezoid has two special properties: 1  The midsegment of a trapezoid is parallel to each base. 2  The length of the midsegment of a trapezoid is equal to half the sum of the lengths of its bases.


The midsegment (also called the median or midline) of a trapezoid is the segment that joins the midpoints of the legs. It is parallel to the bases. Its length m is equal to the average of the lengths of the bases a and b of the trapezoid, The midsegment of a trapezoid is one of the two bimedians (the other bimedian divides the trapezoid into equal areas). The height (or altitude) is the perpendicular distance between the bases.


Median of a Trapezoid The median (also called a midline or midsegment) is a line segment half-way between the two bases. The median's length is the average of the two base lengths: m = a+b2


The midsegment (also called the median or midline) of a trapezoid is the segment that joins the midpoints of the legs. It is parallel to the bases. Its length m is equal to the average of the lengths of the bases a and b of the trapezoid,


The segment that connects the midpoints of the legs of a trapezoid is called the midsegment. This segment's length is always equal to one-half the sum of the trapezoid's bases, or. Consider trapezoid ABCD shown below.


The midsegment of a trapezoid is referred to as the median or the midline. The length of the midsegment is calculated by finding the average length of each of the parallel sides. The formula for this length is the sum of the length of side A plus the length of side B, divided by two. The midsegment is also used to calculate the area of a trapezoid. Learn more about Shapes.


Extended Conjecture: (Trapezoid Midsegment Conjecture): The midsegment of a trapezoid is parallel to the bases and is equal in length to the average of the lengths of the two bases. Explanation: A midsegment of a trapezoid is a segment that connects the midpoints of the two non-parallel sides of a trapezoid. This segment has two special properties. It is parallel to the bases of the trapezoid. The length of the midsegment is the average of the lengths of the two bases. Remember that the bases of a trapezoid are parallel. Key Curriculum Press can provide demo versions of Geometer's Sketch Pad.


The segment EF, joining midpoints E and F of the lateral sides, is called a midline of a trapezoid. A midline of a trapezoid is equal to a half-sum of bases: and parallel to them: EF || AD and EF || BC. A trapezoid with equal lateral sides ( AB = CD ) is called an isoscelestrapezoid. In an isosceles trapezoid angles by each base, are equal ( A = D, B = C ). A parallelogram can be considered as a particular case of trapezoid. Midline of a triangle is a segment, joining midpoints of lateral sides of a triangle.


The opposite sides of a trapezoid that are parallel to each other are called bases. The remaining sides of the trapezoid, which intersect at some point if extended, are called the legs of the trapezoid. The top and bottom sides of the trapezoid run parallel to each other, so they are the trapezoid's bases. The other sides of the trapezoid will intersect if extended, so they are the trapezoid's legs. The segment that connects the midpoints of the legs of a trapezoid is called the midsegment.


A trapezoid midsegment connects the midpoints of the two congruent sides of the trapezoid, and is parallel to the pair of parallel sides. The length of the midsegment is the sum of the two bases divided by 2. Remember that the bases of a trapezoid are the two parallel sides. To find angles within a trapezoid, remember that since there are two sides are parallel, the other sides can be seen as transversals, forming corresponding angles and same side interior angles.


Air France KLM airline's main hub is at the Paris-Charles de Gaulle Airport, and Qantas Airlines calls the Sydney Airport in Australia its main location. The Honolulu International Airport in Hawaii, for instance, is the major hub for Hawaiian Airlines. Alaska Airlines has three major airport bases located in Anchorage, Seattle and Portland.


Apr 26, 2013, 9:21 AM. ORY is the closest airport to central Paris by a good margin, about 20 to 30 minutes by taxi. CDG is about 45 minutes by taxi. BVA is way out of Paris and any transportation into Paris, other than the special bus to Port Maillot, could easily cost you double what you might otherwise pay for ground transportation.


Air France KLM airline's main hub is at the Paris-Charles de Gaulle Airport, and Qantas Airlines calls the Sydney Airport in Australia its main location. The Honolulu International Airport in Hawaii, for instance, is the major hub for Hawaiian Airlines.


CDG may refer to: 1  Caisse de dÃ©pÃ´t et de gestion, Moroccan pension fund. 2  Charles de Gaulle, French general and politician.  IATA code for Charles de Gaulle Airport, in Paris, France.


Most of the hard to decipher identifiers become obvious if one knows the name of the airport rather than the city served. A Louisiana example is ESF, for Esler Field in Alexandra. Orly airport (ORY) and Charles De Gaulle airport (CDG) serve Paris, France, while Tokyo, Japan has the Narita airport (NRT).


It is named after Charles de Gaulle (1890â1970), leader of the Free French Forces and founder of the French Fifth Republic, as well as the President of France from 1959 to 1969. The airport is located within portions of several communes, 25 km (16 mi) to the northeast of Paris. The airport serves as the principal hub for Air France as well as a European hub for Delta Air Lines.