cahya/wikipedia-simple-en huggingface dataset:
Biel/Bienne, Switzerland

Biel/Bienne (official name; Biel is German, Bienne is French) is an industrial town in Switzerland. It is in the part of Switzerland named Bern and near the city also named Bern. The town is known for many companies that make watches and machines.

Description 

The town of Biel, the capital of Swiss watch-making, lies at the end of Lake Biel, at the foot of the Jura Hills in the Lake Region. 
The wonderful old town with its  town church and its location as the gateway to the three Jura lakes (Lakes Biel, Lake Neuchâtel and Lake Murten) with vineyards on the hillsides and extensive vegetable cultivation make the town very attractive.
Biel is the only town in Switzerland in which German and French are spoken side by side We can feel the relaxed mentality here coming from the mixture of these three languages. 

Biel was awarded the Wakker Prize in 2004 by the Swiss Heritage Society for the way it conserved its 20th century buildings, especially the ‘new construction’ from the 1920s and 30s. 

Swatch, Rolex, Omega, Tissot, Movado and Mikron all come from this town. But Biel has also become important in the field of other industries and in communication. 

It is possible to travel on various routes along the lakes on passenger boats in summer. The day trip through all three Jura lakes is especially popular. Of course there are all types of water sports on Lake Biel.

Old town 
The town of Biel was built by the Prince-Bishop of Bale between 1220 and 1230. The old town is the smallest part of Biel with only . Most buildings there still look as in the 18th century. The biggest part of the old town is without any traffic. There aren’t any big stores or industries or any big companies. Each Saturday there is a market. The castle, “the ring” and the theatre are very popular. The town church is on the “Ringplatz” and was built between 1451 and 1470.There they burned the witches in the 18th century. From the 6 medieval city gates only one and two towers survived.

Heritage sites 
The entire town of Biel is part of the Inventory of Swiss Heritage Sites. Several individual buildings in the old town have also been protected for their cultural heritage.

The Reformed City Church is one of the most important late-Gothic buildings in the Canton of Bern. The church has a main floor, two second floors and four small chapels. There are some wall-paintings in the church. Most windows are among the oldest ones in Switzerland. The church was first written about in an index in 1228. After a horrible fire in the old town the church was destroyed. It was rebuilt between 1367 and 1451. The town church got on a new organ on 6th November 2011. The church was closed for more than half a year to put the new organ in and to improve the inside of the church. It cost about 1,74 million Swiss francs. The old organ was sent to Poland.

Language 
About 57% of the people in Biel speak German as their mother tongue. The remaining 43% speak French as their mother tongue. That is why the city has two names.

References

Other websites 

www.biel-bienne.ch
Official website
Dickemauern
Beryllium

Beryllium is in group 2 of the periodic table, so it is an alkaline earth metal. It is grayish (slightly gray) in color. It has an atomic number of 4 and is symbolized by the letters Be. It is toxic and should not be handled without proper training.

Beryllium has 4 electrons, 4 protons, and 5 neutrons.

Beryllium has one of the highest melting points of the light metals: 1560 K (1287 °C). It is added to other metals to make stronger alloys. Beryllium-copper alloy is used in tools because it does not make sparks.

At standard temperature and pressure, beryllium resists oxidation when exposed to oxygen.

Beryllium is best known for the chemical compounds it forms.  Beryllium combines with aluminium, silicon and oxygen to make a mineral called beryl.  Emerald and aquamarine are two varieties of beryl which are used as gemstones in jewelry.

Since it has a very high stiffness to weight ratio, beryllium is used to make the diaphragms in some high-end speakers.

Uses 
Beryllium is used to make jet aircrafts, guided missiles, spacecraft, and satellites, including the James Webb telescope. Beryllium can reflect neutrons, and thin foils of beryllium are sometimes used in nuclear weapons as the outer layer of the plutonium pits. Beryllium is also used in fuel rods for CANDU reactors. Beryllium is used to make many dental alloys.

Rarity 
It is a relatively rare element in the universe. It usually occurs when larger atomic nuclei have split up. In stars, beryllium is depleted because it is fused and builds larger elements.

Related pages 
 Periodic table
 List of common elements

References 

Chemical elements
Alkaline earth metals
AbiWord

AbiWord is a free word processor that can be downloaded for free, it is open source and is much smaller in size than a proprietary alternative, Microsoft Word. It is available for FreeBSD, Linux, Microsoft Windows, Mac OS X, and QNX. Its mascot is Abi the ant. It is much smaller than many other commercial word-processors of its time, only using about 15Mb on a computer's hard drive under Microsoft Windows.

Related pages
OpenOffice.org Writer

Links 
Abiword

Sources 

Free software
Word processors
GNOME
Computer jargon

Computer jargon means words to do with computers and surrounding topics. Knowing what these words mean can help people know more about computers. Most people use these words to discuss computer ideas, but some people use these words to impress others (also known as buzzwords).

Some examples of jargon are:
Disk - a place to store data.
Data - information stored on a computer. The amount of data that is stored on a disk is measured with the following terms:
Bit - the smallest data unit, can either be a "0" or a "1."
Nybble - there are 4 bits in a Nybble. This is the amount of data that can be expressed in one hexadecimal (base 16) character.
Byte - there are 8 bits in a byte. One byte is enough to hold one single letter or number of text.
Kilobyte - there are 1024 Bytes in a Kilobyte.
Megabyte - there are 1024 Kilobytes in a Megabyte.
Gigabyte - there are 1024 Megabytes in a Gigabyte.
Terabyte - there are 1024 Gigabytes in a Terabyte.
Petabyte - there are 1024 Terabytes in a Petabyte.
Note that some people and some companies use a different version of these numbers, replacing 1024 with 1000 in each of the above numbers.
Upload - to put data on somewhere. For example, on the internet or a website, "I uploaded my pictures to Facebook."
Download - to copy data from somewhere. For example, "I downloaded a song from iTunes."
Load - to get data from, or put it on, a disk.
Save - to put data on a disk.
RAM - random access memory.
ROM - read only memory. This is memory that does not get changed.
Hardware - the solid parts of a computer, like monitors, fans, CPU, etc. 
CPU - central processing unit, another name for processor.
GHz - gigahertz. Used to describe the speed of a processor. Some processors are capable of doing more than one thing at once, as they have multiple "cores", so a bigger number is not necessarily better. The bigger the GHz number, the faster it runs and the more energy it uses.

USB - universal serial bus, a method used to plug computer tools into a machine.
Email - electronic mail.
WWW - World Wide Web, part of the Internet.
Broadband - a fast internet connection.
WiFi - wireless fidelity. A way to connect to a network wirelessly.
Plug & Play - a function from the OS that auto-recognizes any change to the hardware of the computer.
OS - operating system. The main program that controls all the computer functions, it calls other programs.
Program - set of data that tells the processor what to do and call for in the rest of PC.
Software - another name for program.
Installation - the way a software sets the place for itself in a computer. 
Computer Virus - bad software made to mess up a computer or destroy data; nothing good comes from it.
Hacker - people who search flaws in the way computers work. They can use their knowledge for evil, too.   

Computers

en:Computer jargon
Million

One million (1,000,000), or one thousand thousand, is the natural number after 999,999 and before 1,000,001. The name is derived from Italian, where  was 1,000, and 1,000,000 became a "milione", as 'a large thousand'.

In scientific notation, the number is written as 1×106 or just 106. Physical quantities can also be expressed using the SI prefix  when dealing with SI units. For example, 1 megawatt equals 1,000,000 watts.

The word 'million' is common to both the short-scale and long-scale numbering systems, unlike the larger numbers, which have different names in the two systems.

The million is sometimes used in the English language as a metaphor for a very large number, as in 'Never in a million years' and 'You're one in a million', or as hyperbole, as in 'I've walked a million miles'.

Il Milione is the title of Marco Polo's narration of his travels in China. The name is supposed to come from Polo's nickname after his tales of riches and multitudes.

Examples 
 A millionaire is someone who owns at least one million units of currency.
 In computer science a megabyte is about a million bytes, or 1,048,576 (1,0242).
 In measurement there are a million millimeters in a kilometer. There are a million meters in a megameter. (A person who travels completely around earth's equator travels 40 megameters). Also, light travels a million kilometers in around 3 seconds (See: light speed).

Integers
1000 (number)

A thousand (1000, one thousand or 1,000) is the natural number after 999 and before 1001. One thousand thousands is known as a million.

In Roman numerals, 1000 is written as M.

Examples of a thousand 
 The number of grams in a kilogram
 The number of millimeters in a meter
 The number of years in a millennium

19E03 1000
Gross domestic product

In economics, gross domestic product (GDP) is how much a place produces in an amount of time. GDP can be calculated by adding up its output inside the borders of that country. 

To find the GDP of a country, one adds up all consumer spending (C), all investment (I), all government spending minus taxes (G), and the value of exports minus imports (X – M). This is shown by the equation: This measure is often used to find out how healthy a country is; a country with a high value of GDP can be called a large economy. The United States has the largest GDP in the world. Germany has the largest in Europe, Nigeria in Africa and China in Asia.

There are different ways to calculate the GDP. Nominal GDP is the total amount of money spent on all new and final goods in an economy, real GDP (adjusting for changes in prices) tries to correct this number for inflation. For example, if the prices rise by 2% (meaning, everything costs 2% more) and the nominal GDP grows by 5%, the real GDP growth is only increased by 3%. 

GDP per capita is the total income of a country, divided by the number of inhabitants. It shows how rich people, on average, are.

Gross national product 
The GDP measure is different from gross national product (GNP) in that GNP = GDP + net income from assets in other countries (net income receipts).

Nominal GDP 
When the gross domestic product is evaluated at the current market prices, it is called the nominal GDP. It includes changes in prices which makes it different from the real GDP. These changes can be due to inflation or price fluctuations. It can be measured in one of three different ways. The income approach uses the total of all income from businesses and individuals in a single year. The expenditure approach uses the market value of all goods purchased in a single year. The production approach is based on the total production in a single year.

References

 
Economic indicators
Track and field athletics

Track and field is part of the sport of athletics. Athletics is a collection of sport events that includes running, jumping and throwing. Track and field events take place in a sports stadium, either on the running track, or on the field inside the running track. These tracks are generally made up of synthetic rubber – rubber particles bound with latex or polyurethane. Other athletics events that are not track and field, include cross country running, road running, marathon running, and race-walking - these events take place outside a sports stadium.

Athletics is a very common sporting event over the world. Athletics is a combination of different sports, generally running, jumping and throwing events. Running events include marathons, hurdle races, long distance and short distance events. Some jumping events are high jump, long jump, triple jump and pole vault. Throwing events involve javelin throw, discus throw, hammer throw and shot put.

There are also events that combine parts of running, jumping, and throwing. One of these is the decathlon, which includes two short-distance races, a mile run, a hurdles race, javelin, discus, shot-put, high jump and pole vault.

All participants are timed or have a distance measured and this is their end result. Participants train hard for an event and always aim to better their results.

Athletics is a sport that people take part in all over the world. It is a sport that is most common between young children up to younger adults. Athletics can be played for enjoyment, but it can also be a competitive sport. Athletics is also an event in the Olympic games.

Notes

Other websites

International Association of Athletics Federations website
USA Track & Field website
Results & Statistics for Collegiate, High School, Middle School, and Club teams
Badminton

Badminton is a sport for two or four( "singles" or "doubles") people. The game is either one player against one player or a team of two players against another team of two players. Players use rackets to hit a shuttlecock over a net but if it goes too far it will be an out.

The aim of the game is to hit the shuttlecock over the net in a way that the other player or pair cannot hit it back properly before it hits the floor. Every time this is done, the player or pair gets one point. They also get to serve. The first player or pair to reach 21 points wins a game. 

The winner of the match is the first to win 2 sets.

History 
Badminton traces its history to a game called George Cajoles, which was played in Pune, India in the 19th century by the British military officers stationed there. This game was taken by retired officers back to England where it developed and quickly grew in popularity. 

In 1877, the first set of written rules were arranged by the newly formed Bath Badminton Club. The All England Open Badminton Championships, the first badminton competition in the world, was held in 1899.
Badminton has been an Olympic sport since 1992 Summer Olympics in Barcelona.
Although badminton originated in England, it is mainly played in countries of Asia such as China, Nepal, Indonesia, India, and the Republic of Korea that now dominates this sport.
The first Indian to win the All England Badminton Championship was Prakash Padukone in the year 1980

Equipment
Rackets
Shuttlecocks
Net/ court
Line Courtyard
Badminton shoes

References

Other websites 
 International Badminton Federation
 Badminton Central
 Badminton World Federation
 https://www.badmintonengland.co.uk/

Pune
North

North is one of the 4 main directions on a compass. North is usually up on most maps. For Example: The United States is north of the Mexico, which is itself north of Brazil. The North Pole is the farthest north you can go. The North of the world is considered to be the top. 

Basic English 850 words
Compass directions

da:Kompasretning#Nord
List of Portuguese football teams

These are some Portuguese football teams.

Academica
Alverca
Amadora
Beira Mar
Belenenses
Benfica
Boavista
Braga
Gil Vicente
Guimaraes
Leiria
Maritimo
Moreirense
Nacional
Pacos Ferreira
FC Porto
Rio Ave
Sporting

References
www.PortuGOAL.net The definitive Portuguese football site

Lists of football teams

ru:Список футбольных клубов Португалии
Epiphany (software)

Epiphany is a Web browser for GNOME. It is also available for Mac OS X and was made from Galeon.

It uses the Gecko layout engine from the Mozilla project to show web pages; however, the Epiphany developers have a new but less stable version of Epiphany 2.21.4 using the WebKit engine instead of Gecko. The Epiphany team wants to stop using Gecko and only use the WebKit engine, by the time they release Epiphany 2.24 or 2.26.  Epiphany has tabbed browsing, cookie management, popup blocking and an extensions system.  Epiphany can be extended with the Epiphany-extensions package in GNU/Linux Operating Systems.

Epiphany was made from Galeon by Marco Pesenti Gritti (also the creator of Galeon) with the aim of making a web browser with a very simple user experience. Because of that, Epiphany does not have its own themes, instead, it uses GNOME’s settings that are set in the GNOME Control Center.

References

Other websites 

Epiphany Homepage
Galeon History homepage covering the decision to split development
GNOME Human Interface Guidelines 
Epiphany WebKit Project

Mozilla
Web browsers
GNOME
PlayStation

The PlayStation (often known as the PS1 or the PSX) is a video game console made by Sony released in December 1994. At the time, it was competing against the Nintendo 64 and the Sega Saturn. PlayStation games were stored on CDs. The controllers that were first released with the console had no analog joysticks on them, but analog joysticks and a vibration feature were added to later controllers. A slimmer version of the console called the PSOne was released in 2000. It was white instead of grey. It was succeeded by the PlayStation 2 in March 2000 and was discontinued on March 23, 2006 (eight months before the PlayStation 3 was released).

Sales
The PlayStation and the PSOne have sold over 120 million consoles.

Peripherals

PocketStation 
The PocketStation was a very small games console released as a peripheral (an extra accessory) for the PlayStation. It had a clock, an LCD display and four buttons. It could be used as a memory card. It wasn't released in the United States, because it did not sell well.

References
Transport

Transport, or transportation, is moving people or things from one place to another place. Transport can be divided into infrastructure, vehicles and operations.

Infrastructure includes roads, railways, airports, canals and pipelines. The infrastructure is the network where things are carried. Infrastructure also includes airports, railway stations, bus stations and seaports (docks). Infrastructure is usually built by governments and paid for by taxes from the citizens of a country or region. Infrastructure such as roads and railways are designed by civil engineers and urban planners.

Vehicles or vessels travel on the infrastructure. Vehicles include cars, trucks, trains and airplanes. Vehicles are usually designed by mechanical engineers. Vessels include boats, ferries, and barges which travel on canals and use docks and seaports. In the same way that trains use train stations, airplanes use airports. In the same way that trains use railway lines (train tracks), airplanes use flight paths and then fly in the sky.

Operations control the system. Operations include traffic signals, railway signals and air traffic control. Operations also include the government policies (a policy is a plan of action to guide decisions and actions) and regulations (a set or group of laws and rules) used to control the system, such as tolls, fuel taxes, and traffic laws.

Transport and communications 
Transport and communication can be used instead of each other (someone could telephone a person rather than visit them). Transport traffic also needs communication.  For example, air traffic control lets more airplanes fly.  So, an increase of either transport or communication usually leads to an increase in the other one.

Transport, energy, and the environment 
Transport uses a lot of energy. Most transport uses hydrocarbons (oil and gas). This can create pollution. Environmental regulations (laws) and low-pollution fuels (for example liquified natural gas) can reduce pollution. But as more vehicles are used, more pollution is created.  Ethanol and biodiesel pollute less than petroleum.

Kinds of transportation 

Transport can be by land, water or air:
 Land transport using walking, roads and railway tracks  by bicycles and other vehicles
 Water transport using ships and  barges in canals and in rivers and seas  
 Air transportation using airplanes and airports and helicopters

References

Other websites

Basic English 850 words
Hawaiian Islands

From west to east, Hawaii is made up of the following Hawaiian Islands:

Niihau
Kauai
Oahu
Moloka'i
Lana'i
Kaho'olawe
Maui
Hawaii

Hawaii has been a U.S. state since 1959.

The Hawaiian islands, plus former islands now below sea level (guyots), make up the Hawaiian–Emperor seamount chain.
Mauna Loa

Mauna Loa is an active volcano in the Hawaiian Islands of the United States.

Name 
“Mauna Loa” is Hawaiian for “long mountain”.

Size
The volcano is at least  in volume and over 4 kilometers above sea level.  Measured from its base on the ocean floor it reaches above 8 kilometers making it the tallest mountain on Earth, but not the highest. That distinction is reserved for Mount Everest. 

Measured from sea level Mauna Loa is 4,169 meters high. It is also one of the largest volcanoes measuring 60 miles long and 30 miles wide.  

The world's biggest volcano is named Mauna Loa in Hawaii. Mauna Loa is part of the five volcanoes on Hawaii's 'Big Island'. The most recent time this volcano erupted was in 1984. It erupted 33 times in the last 170 years. Like all the other Hawaiian volcanoes, Mauna Loa was created by the movement of the Pacific tectonic plate which moved over the Hawaii hotspot in the Earth's mantle. It is a shield volcano. The largest recent eruption from Mauna Loa left a lava trail 51 kilometres (32 miles) long.

References

Volcanoes of Hawaii
Kilauea

Kīlauea is an active volcano in the Hawaiian Islands. It is a shield volcano. The volcano is 1,277 meters high. Kīlauea is a large lake of lava. The crater of Kīlauea is named Pu'u'O'o. The first eruption of Kīlauea is estimated as 300 to 600 thousand years ago. Its first recorded eruptions were in 1823. Its most recent eruption was March 3 2018. It is still erupting now. The Hawaiian name Kīlauea means "spewing" or "much spreading". It refers to the constant flow of lava. Kīlauea lies on the curve of volcanoes on the island of Hawaii that includes Mauna Loa and Kohala. The volcano of Kīlauea is one of the youngest and also is said to be the home of an ancient volcano goddess Pele. The oldest dated rocks are said to be about 23,000 years old. It has its own magma plumbing under the Earth that goes down under the Earths crust by 60 km. Kīlauea has a basalt-based lava rock type. Kīlauea was formed on a volcanic hot-spot.

In May 2018, the volcano erupted causing damage in nearby homes and strets.

References

Other websites

Volcanoes of Hawaii
Van

A van is a type of vehicle. A van can carry either goods or people. A van is usually bigger than the regular sized car. Panel vans (= vans whose cargo space has no side windows) are used for deliveries and carrying goods. These usually have large cargo space and few windows. A van which is used to carry people is often called a minibus. It can usually carry many people, sometimes up to a total of 15. 

Many companies make vans, including: Chevrolet, Daihatsu, Dodge, Fiat, Ford, GMC, Honda, Hyundai, Isuzu, Mazda, Mercedes-Benz, Mitsubishi, Nissan, Subaru, Suzuki, Toyota, Vauxhall, and Volkswagen.

A minivan is smaller and usually carries up to seven people.

You may usually drive a van with the same driver's license as an ordinary car, but the heaviest and largest vans may require a truck licence.

The demand for minivans is decreasing due to the introduction of crossovers. However, some companies still make minivans. The most popular minivans are the Toyota Sienna and Honda Odyssey.

Related pages

 Ambulance
 Pickup truck
 Truck
Pantograph

A pantograph is an machine. It is  used in drawing or planning. It makes it easy to copy diagrams. 

The device that an electric train uses to get its electricity is also called a pantograph, because it looks a bit like the drawing instrument.

tools
Polymer

A polymer is a molecule, made from joining together many small molecules called monomers.  The word "polymer" can be broken down into "poly" (meaning "many" in Greek) and "mer" (meaning "unit").  This shows how the chemical composition of a polymer consists of many smaller units (monomers) bonded together into a larger molecule.  A chemical reaction bonding monomers together to make a polymer is called polymerization.  

Some polymers are natural and made by organisms. Proteins have polypeptide molecules, which are natural polymers made from various amino acid monomer units.  Nucleic acids are huge natural polymers made up of millions of nucleotide units.  Cellulose and starch (two types of carbohydrate) are also natural polymers made up of glucopyranose monomer bonded together in different ways. Rubber is a mixture of polymers. Plastics are man-made polymers. Many fibers are made of polymers.  

If the "units" called monomers in a polymer are all the same, then the polymer is called a "homopolymer".  Homopolymers are named by adding the prefix poly- before the monomer name from which the polymer is made.  For example, a polymer made by bonding styrene monomer molecules together is called polystyrene.   

If the monomers are not all the same, the polymer is called a "copolymer" or a "heteropolymer".  

Many polymer molecules are like chains where the monomer units are the links.  Polymer molecules can be straight-chain, have branching from the main chain, or cross-linking between chains.  As an example of cross-linking, sulfhydryl (-S-H) groups in two cysteine amino acid units in polypeptide chains can bond together to make a disulfide bridge (-S-S-) joining the chains together.  

In the same way how large hydrocarbon molecules in crude oil can be broken down in smaller molecules e.g. ethylene by applying heat (a process called cracking), the monomer ethylene can then be turned into the polymer polyethylene by applying pressure and adding catalysts. Polyethelene is the basis of many plastic objects.

Relating pages 
Macromolecule
Preposition

Prepositions often describe the position of something, the time when something happens or the way in which something is done. The prepositions "of", "to" and "for" have other functions.  

Prepositions may sometimes be used to end sentences. For example, "What did you put that there for?" (better English is the alternative: "Why did you put that there?") Example 2: "A pen is a device to write with" (better English is "A pen is a writing device"). In general, because they are links, prepositions belong in the middle of sentences, rather than at the end.

The table below shows some examples of how prepositions are used in sentences.

Here is a list of common prepositions:
About
Above
Across
After
Along
Amid
Among
Around
As
At
Before
Behind
Below
Beneath
Between
Because of
Down
During
Except
For
From
In
Into
Inside
Instead of
Near
Next to
Of
Off
On
Outside
Out of: unusual in needing two words, e.g. "The bat flew out of the cave".
Past
Round
Since
Than
Through
Till
To
Towards
Under
Underneath
Until
Unto
Upon
Without
With

References
 

Parts of speech
Pronoun

A pronoun is traditionally a part of speech in grammar, but many modern linguists call it a type of noun. In English, pronouns are words such as me, she, his, them, herself, each other, it, what. 
 
Pronouns are often used to take the place of a noun, to avoid repeating the noun. For example, instead of saying 
Tom has a new dog. Tom has named the dog Max and Tom lets the dog sleep by Tom's bed.
it is easier to say 
Tom has a new dog. He has named it Max and he lets it sleep by his bed.

When a pronoun replaces a noun, the noun is called the antecedent. For example, in the sentence: The dog that was walking down the street, the relative pronoun is the word that referring back to the antecedent, the word 'dog'.  In the sentence The spy who loved me, the relative pronoun is the word 'who' and its antecedent is the word 'spy'.

Differences and similarities to nouns
Pronouns are different from common nouns because pronouns normally do not come after articles or other determiners. For example, people do not say "the it". Pronouns rarely come after adjectives. They are also different because many of them change depending on how they are used. For example, "we" is a 'subject' in grammar, but the word changes to us when used as an object.

Pronouns are the same as nouns because they both change for number (singular & plural), case (subject, object, possessive, etc.), and gender (male, female, animate, inanimate, etc.) Nouns and pronouns can be used in almost all the same places in sentences, and they name the same kinds of things: people, objects, etc. Even though they can not normally come after determiners, or adjectives, neither can proper nouns.

Kinds of pronouns
There are four kinds of pronouns: personal, reciprocal, interrogative, and relative.

Personal pronouns in English
This table shows all the personal pronouns in English that are commonly used today.

A subject pronoun can replace a noun that is the subject of a sentence. Refer to the table above; the subject pronouns are: I, You, He, She, It, We, They. An object pronoun can replace a noun that is the object of a sentence. A possessive pronoun shows who or what a noun belongs to.  

Another type of personal pronoun is called the 'reflexive pronoun'. Reflexive pronouns are the words ending in '-self' or '-selves', such as: myself, itself, themselves.

"It" and its other forms "its", and "itself" only refer to objects, not people. "They" and its other forms "them", "their", and "theirs" can be used as a singular, for a person whose gender is unknown at the time, or for a person who does not identify with either the "she/her" or "he/him" pronouns. For example: "The patient will be told how much they will be required to pay."

References

 
Parts of speech
Adverb

An adverb is a word used to tell more about a verb, and it almost always answers the questions how?, when?, where?, how often?, and in what way?. Words like slowly, loudly, carefully, quickly, quietly or sadly are all adverbs. Adverbs usually, but not always, end in -ly.

Examples of adverbs in a sentence (with the adverb in italics): that is a weird word and is seen differently
 How did the man walk? The man walked slowly. 
 How did the dogs bark? The dogs barked loudly.

An adverb can also modify (describe) an adjective or another adverb

Examples:
Adverb modifying a verb: He writes well
Adverb modifying another adverb: He writes very well
Adverb modifying an adjective: He is very well

In the first two examples the word 'well' is an adverb. In the last example, it is an adjective. This is one example in which the same word can be both an adjective and an adverb but not in the same sentence. 

As a rule, the same word can play different roles but not in the same sentence. It all depends on what the word is doing in the sentence. It could be a noun, an adjective, an adverb, a verb, etc. Example: take the word 'cool'. In the sentence, "he walks cool", the word 'cool' is an adverb. In the sentence, "cool the hot dish", the word 'cool' is a verb. In the sentence, "it is a cool evening", the word 'cool' is an adjective. In the first example, "he walks cool", the word 'cool' really means 'coolly' as in "play it cool" (do not get excited; be calm).

Adverb form 
Most adverbs are formed by adding ly to the end of an adjective. To see 100 adjectives used in Basic English, click here ---> : adjective

Parts of speech
Ottawa

Ottawa is the capital of Canada and is part of the province of Ontario. It is south of the Ottawa River. In 2004, there were about 808,391 people in the city. The region has about 1,146,790 people. The mayor of the city today (since December 2010) is Jim Watson. Ottawa is in the Ottawa Valley on the border with the province of Quebec which is divided by the Ottawa River. Ottawa is the fourth largest city in Canada and the second largest city in Ontario (after Toronto). Ottawa is the only officially bilingual city in Canada, where the English language and the French language are official languages and have equal status. Every official sign in the city is, as a result bilingual. The reason for this bilingual status, is not only because Ottawa borders the French-speaking province of Quebec, the city itself has a large French-speaking minority.

When people talk about Ottawa, they are sometimes using the name as an eponym meaning the highest government in Canada, and not its local government or the city.

The cities of Ottawa, Kanata, Nepean, Gloucester and Vanier and the villages of Manotick and Rockcliffe Park joined in the year 2000 to form the new city of Ottawa. Ottawa also includes Orléans, which joined at that same time.

The city began with the name Bytown and became the city of Ottawa in 1855. The Rideau Canal ends in Ottawa.

Ottawa has many museums, many buildings for the government of Canada and many parks. There is a market area downtown.

There are many festivals during the year including Winterlude in February, The Tulip Festival in May, and BluesFest in the summer. There is also a large celebration on July 1st for Canada Day.

The Ottawa Senators play ice hockey in an arena called The Canadian Tire Centre.

Media
 CFRA 580

 CKKL Kool 93.9

Climate
Ottawa has a hot-summer humid continental climate (Köppen climate classification: Dfa).

Rain and snow
The average  yearly precipitation in Ottawa is 943 millimetres.

2017 was a record year in Ottawa because there was precipitation of 1,213 millimetres during the first ten months of the year. The old record was in 1972,  when the precipitation was 1,174 millimetres.

Related pages
 List of bridges in Ottawa
 List of Ottawa neighborhoods

References 

 
1826 establishments in North America
1820s establishments in Canada
News agency

A news agency is a kind of company. It supplies information to newspapers, radio and television.

In the United Kingdom and some other countries a news agency or newsagent is a shop which sells newspapers, magazines and cigarettes.

Other websites 
 Brainpix  - Portugal/Brasil
Agentia
1EnGoogle 

Companies
News media
Journalism
Para rubber tree

A Para rubber tree (or simply, rubber tree) is the tree which naturally produces rubber. It is native to tropical areas from South America, in the Amazon (Brazil), but was spread by European farmers to the Far East.

Para Rubber trees belong to the Euphorbiaceae family. In the wild they may reach heights of 100 to 125 ft (30-38 m) with large cylindrical trunks with or without buttresses. Crop trees reach a width of about 20 in. (50 cm), usually with a short bole, and with a sloped taper. 

Most rubber plantations are in South Asia and Southeast Asia. When trees reach 5-6 years old, they are harvested. Their trunks are cut just deep enough to tap the vessels without harming the tree's growth, and the sap is collected in small buckets. This process is known as rubber tapping. Older trees produce more latex, but they stop producing it after 30-40 years.

Euphorbiaceae
Safety lamp

A safety lamp is a miner's lamp with a covered flame that used to be used in coal mines.

Types of safety lamps
The first safety lamp was invented by William Reid Clanny. It used bellows and water to separate gasses. Later, two newer designs were invented. One newer design was the Geordie lamp, made by George Stephenson, and the other was the Davy lamp, made by Sir Humphry Davy. In 1815, Davy discovered that if a flame was in a lamp, it would not ignite the flammable gases in mines.

How it works
Coal mines are dangerous because of flammable gasses like methane that can accumulate (gather together). A lamp with a naked (exposed) flame might make these flammable gasses catch fire, causing an explosion, which could kill people. The safety lamp prevents the hot flame of the lamp touching the flammable gasses, reducing the chance of an explosion.

References 

Safety
List of Austrian football teams

These are the Austrian football teams and the leagues they played in for the 2021/22 season.

Admiral Bundesliga (First Division)

S.K. Sturm Graz from Styria
F.C. Red Bull Salzburg  from Salzburg
FK Austria Wien from Vienna
S.K. Rapid Wien from Vienna
WSG Tirol from Tyrol
SV Ried from Upper Austria
SK Austria Klagenfurt from Carinthia
Wolfsberger AC from Carinthia
TSV Hartberg from Styria
 FC Admira Wacker Mödling from Lower Austria
SCR Altach from Vorarlberg
LASK from Upper Austria

Admiral Zweite Liga (Second Division)
The champion of the league promotes to the Austrian Bundesliga.
FC Blau-Weiß Linz from Upper Austria
FC Liefering from Salzburg
SC Austria Lustenau from Vorarlberg
SKN St. Pölten from Lower Austria
FC Dornbirn from Vorarlberg
Floridsdorfer AC from Vienna
SV Lafnitz from Styria
Grazer AK from Styria
SKU Amstetten from Lower Austria
FC Wacker Innsbruck from Tyrol
Kapfenberger SV  from Styria
SK Rapid Wien II from Vienna
SV Horn from Lower Austria
Young Violets Austria Wien from Vienna
FC Juniors OÖ. from Upper Austria
SK Vorwärts Steyr from Upper Austria

Regionalliga (Third Division)
The Regionalliga is divided into three sections.

Regionalliga Ost (East)

ASK-BSC Bruck/Leitha from Lower Austria
 ASV Draßburg from Burgenland
 SV Leobendorf from Lower Austria
FC Marchfeld Donauauen from Lower Austria
 FC Mauerwerk from Vienna
 FC Admira Wacker Mödling II from Lower Austria
 SC Neusiedl am See from Burgenland
 SV Stripfing from Lower Austria
 FCM Traiskirchen from Lower Austria
 TWL Elektra from Vienna
 First Vienna from Vienna
Wiener Sport-Club from Vienna
 SC Wiener Viktoria from Vienna
 1. Wiener Neustädter SC from Lower Austria

Regionalliga Mitte (Middle)
SV Allerheiligen from Styria
 TuS Bad Gleichenberg from Styria
 Deutschlandsberger SC from Styria
 FC Gleisdorf 09 from Styria
 SK Sturm Graz II  from Styria
Union Gurten from Upper Austria
 SC Kalsdorf from Styria
 Junge Wikinger Ried from Upper Austria
 SV Spittal/Drau from Carinthia
 ATSV Stadl-Paura from Upper Austria
USV St. Anna from Styria
 SK Treibach from Carinthia
 Union Vöcklamarkt from Upper Austria
 SC Weiz from Styria
FC Wels from Upper Austria
 WSC Hertha Wels from Upper Austria
 Wolfsberger AC II from Carinthia

Regionalliga West (West)
The league plays three seperate rounds with ten (Salzburg), eleven (Vorarlberg) or twelve clubs (Elite Liga). The first and the second of each league plays a play off for promotion to 2. Liga. The eight teams play against relegation to the Landesliga.

Eliteliga Salzburg
SV Kuchl
SV Austria Salzburg 
TSV St. Johann 
TSV Neumarkt 
SV Seekirchen 
SAK 1914
FC Pinzgau Saalfelden
SK Bischofshofen
SV Wals-Grünau
SV Grödig

Regionalliga Tirol
SC Schwaz
 FC Kitzbühel	
SV Wörgl	
SV Telfs 
SVG Reichenau 
FC Wacker Innsbruck II 
FC Kufstein	
 SC Imst	
SV Hall
SV Fügen	
 WSG Tirol Amateure	
SV Innsbruck

Eliteliga Vorarlberg
VfB Hohenems
Admira Dornbirn	
 FC Wolfurt	
RW Rankweil 
 SC Röthis	
 Dornbirner SV	
 FC Rotenberg	
FC Lauterach	
 SW Bregenz	
FC Egg	
 A. Lustenau Amateure

Austrian
Football in Austria
football
Ladder

A ladder is a tool which is made for people to climb up or down.  Ladders have two vertical supports that go along the whole length of the ladder.  Between these supports are the horizontal rungs.  The rung is what the climber can put his foot on.  The climber can use his hands to hold on to the rungs above him, or to the supports at the side.

Ladders can be made of metal, wood or even rope.  There are different types of ladders.

Some ladders are made in one piece.  They can be carried around and made to lean against something such as the wall of a house.  There should be a good distance between the bottom of the ladder and the wall so that the ladder is not too vertical, otherwise the ladder might fall backwards and the climber would fall off.  Sometimes these ladders are extension ladders.  Extension ladders are made in two or more sections so that the ladder can fold up to make it easier to carry about and to store.  To open up the ladder, each section slides up almost to the top of the next section.

Step ladders are useful in the home or the garden to reach things that are not too high, e.g. ceilings or the tops of hedges.  They have two parts which are joined together by a hinge, so that they are shaped like an upside down V.  There is usually a platform at the top to stand on, but this can be dangerous unless great care is taken that the ladder will not wobble or fall down.

Some ladders are vertical (they go straight up or down).  These are fixed onto something.  Examples are: ladders in a swimming pool for climbing in and out of the water, small ladders to climb up to a top bunk bed, ladders at the side of a big boat or at the side of a canal lock or of any other high or low construction where workmen may need to get up or down to do repairs.

Fire engines always have ladders.  They often have a turntable ladder which makes it possible for the ladder to be facing in any direction.

Rope ladders can be folded away easily.  They may be used for climbing trees or for rock climbing or in caves.

References 

Tools
Construction
Gene

Genes are parts of DNA. DNA is a molecule inside a cell that carries the instructions for making the proteins the cell will need. Each gene contains a single set of instructions. These instructions usually code for a particular protein. Humans have about 20,000 genes that code proteins and many more that are non-coding. Half of a person's genes come from the mother. The other half come from the father.

The definition 
Originally: a hereditary unit which occupies a specific position (locus) on a chromosome. Other definitions are ways the gene showed itself: 
1. A unit which has one or more specific effects on the phenotype of an organism; 
2. A unit that can mutate to various alleles; 
3. A unit which recombines with other such units.

Modern definitions must take note of later discoveries. There are now two classes of genes:p173
1. genes that are transcribed into RNAs and are translated into polypeptide chains.
2. genes whose transcripts (tRNAs, rRNAs, snRNAs) are used directly. These are operators which serve as 'regulatory sequences' during transcription and translation of the DNA.

What genes do 
Genes are passed on from parent to child and are an important part of what decides how children look and act (their biological properties). Genes affect the way our bodies work, including how we look. Our eye, hair and skin color are decided by genes. It is said that genes cause genetic effects in our bodies.

A gene may be dominant or recessive. These terms refer to the effect a gene has on the offspring who carry it in their genome.

For example, let's say a mother only has genes for brown hair and a father only has genes for red hair. The child will inherit – receive – genes for red hair (from her father) and brown hair (from her mother). The brown hair gene is 'dominant' to the red hair gene. This means the child will have brown hair even though she has genes for both red and brown hair. This means only one dominant gene is needed for the child to receive that particular trait, while two recessive genes are needed for one.

A recessive trait might stay hidden for many generations. Let us use the child from the last example. We will call her "Mary". Mary has brown hair but has genes for both red and brown hair. Let us say Mary grew up and married Tom. Tom also has brown hair, but like Mary one of his parents had red hair. This means Tom has genes for both red and brown hair. Mary and Tom would each have a chance of passing either brown or red hair genes to their children. This means that the children of Mary and Tom could have either red or brown hair. This explains why a person might look different from their parents, but look like their grandparents or great grandparents.

Structure and function 
The structure of a gene has many elements: the actual protein coding sequence is only a small part. There are DNA regions that are not transcribed as well as untranslated regions of the RNA.

Related pages
Allele#Dominance
Sequence analysis
Genetics
ENCODE, the complete analysis of the human genome
Gene therapy

References 

Cell biology
DNA
Classical genetics
Homophone

Homophones are words that sound the same as another word but have a different meaning, and often a different spelling.

Examples include:
 one, won
 pail, pale
 fore, four, for
 it's, its
 there, their, they're
 Knight, night
 which, witch
 pore, pour
 pear, pair, pare
 see, sea, C
 high, hi
 wear, where
 hare, hair
 air, heir
 whether, weather
 too, to, two
 ate, eight
 no, know
 by, buy, bye
 flour, flower
 right, write
 be, bee
 week, weak
 rains, reins
 higher, hire
 fare, fair

Related pages
 Homonym
 Homograph
 Polysemy

Language
Condensation

Condensation is the process through which gas changes into a liquid when it touches a cooler surface. Condensation is an important part of the water cycle. It is the opposite of evaporation.

Process 
Condensation of water is when water changes from gas to a liquid or crystal shape.  Any gas can condense, either because the temperature is dropping or the pressure is increasing.  In either case the pressure of the condensing gas is higher than the vapor pressure of the gas, at that temperature).

During condensation, the molecules in the matter slow down. Heat energy is taken away, causing the state of matter to change.

Condensation is exothermic.  This means that condensation makes the temperature go up.  Evaporation is the opposite and causes a temperature loss.

It is a useful process. One use is in distillation. The gas made from a boiling liquid mix is sent to a condenser, where the different parts condense differently. This can purify a liquid, such as alcohol or water. The condensing liquid makes heat, which must be removed for the condensation to continue.

Related pages 
 Desalination

References

Other websites 
 International Consortium of Advanced Technologies and Security at SDSU 
 ScienceDirect - Heat transfer and evaporation in geothermal desalination units

[[kinematics
]]
Precipitation

Precipitation is a form of water from the atmosphere. It is a term in meteorology, and includes rain, snow, sleet, ice pellets dew, frost, and hail. These form by condensation from atmospheric water vapor, and fall under gravity.

Fog and mist are not precipitation but suspensions. In that case, the water vapor does not condense sufficiently to precipitate. 

If liquid, precipitation can be measured using a rain gauge. The most common form of solid precipitation is snow. Snow is made when temperatures are so cold that water vapor changes directly to solid crystals. Frozen rain is hail or ice pellets.

Meteorology
Words
Relative humidity

Relative humidity is a way of describing how much humidity is present in the air, compared to how much there could be. Meteorologists often use the relative humidity as a measurement to describe the weather at various places.

When the temperature is warm, more water vapor can be in the air than when it is cold. If the actual amount of vapor is compared to the total amount there could be as a fraction, then the number tells if the air feels dry or moist. The value is usually written in percent, where 0% means that the air is totally dry, and 100% means that it is so moist that mist or dew is about to form.

When the temperature is lowered to the dew point, relative humidity become 100% and the water vapor  condenses, making precipitation as dew, rain or snow (etc.).

Weather measurements
Meteorology

cs:Vlhkost vzduchu#Relativní (poměrná) vlhkost vzduchu