Given a passage and a query based on the passage, generate an unambiguous, concise and simple answer to the query from information in the passage. Note that the answer may not be present in exact form.

Input: Consider Input: The largest predators in Lake Superior are lake trout. To eat the specimen I'm holding, a laker would have to weigh 25 pounds or more. Plenty of lakers in Superior exceed 25 pounds, but few would be fast enough to make a steady diet of onchorynchys mykiss. Just how fast is a steelhead? Fastest organism. The fastest land animal is the cheetah, which has a recorded speed of 109.4120.7 km/h (68.075.0 mph). The peregrine falcon is the fastest bird and the fastest member of the animal kingdom with a diving speed of 389 km/h (242 mph). The fastest animal in the sea is the black marlin, which has a recorded speed of 129 km/h (80 mph). Killer whales can swim as fast as 100 kph (30 mph), but they usually cruise at much slower speeds. A Killer Whale can usually go 35 miles per hour. Their usual cruising speed is about 5-10 MPH. Although many people don't see this behavior this usually occurs when they start to attack. The Traxxas XO-1 is an all-wheel-drive electric radio-controlled car, with a claimed top speed of over 100 mph. The Traxxas XO-1 is an all-wheel-drive electric radio-controlled car, with a claimed top speed of over 100 mph. A man between the ages of 17 and 24 should be running at a minimum. pace of 7.73 mph and a maximum pace of 9.24 mph, men aged 22 to. 26 should be running at a minimum of 7.34 mph and a maximum of. 9.24 mph, while men aged 27 to 31 should be at a minimum of 7.1 mph. An estimated 4.75.3-meter (1517 ft) female orca immobilized an estimated 34-meter (9.813.1 ft) great white shark. The orca held the shark upside down to induce tonic immobility and kept the shark still for fifteen minutes, causing it to suffocate. For example, cheetahs can attain short bursts of speed well over 100 km/h (62 mph), the American quarter horse has topped 88 km/h (55 mph), greyhounds can reach 70 km/h (43 mph), and the Mongolian wild ass has been measured at 64 km/h (40 mph). Even the domestic cat may reach 48 km/h (30 mph). Killer Whale (Orcinus orca) - 34.5 miles per hour - 55 Kilometers per hour An orca's powerful tail can propel it through the water at speeds of up to an amazing 35 miles per hour! A killer whale can swim from 20 to 50 M.P.H. Blue whales can reach speeds of 50 kilometres per hour (31 mph) over short bursts, usually when interacting with other whales, but 20 kilometres per hour (12 mph) is a more typical traveling speed. When feeding, they slow down to 5 kilometres per hour (3.1 mph). The Dall's Porpoise a chunky, hyperactive speed demon of the North Pacific is believed to be even faster (speeds up to 34.5 mph have been reported), but since it does not fare well in captivity, it has not been trained or its speed measured. Most large sharks are cold-blooded and cruise at a leisurely 1.5 mph. Query: how fast is a orca in mph

Output: Orca is 34.5 miles per hour fast.

Input: Consider Input: A gas doesn't have a definite shape or volume iits molecules are very loose A liquid doesn't have a definite shape, but it does have a definite volume. A solid has both a def inite shape and volume. molecules in solid are closely bound together. In other words, the application of a pressure of 72.9 atmospheres on a sample of carbon dioxide gas at 88F will cause the gas to liquefy. (An atmosphere is a unit of pressure equal to the pressure of the air at sea level, or approximately 14.7 pounds per square inch.) The incoming pressure of natural gas in the UK is somewhere between 19-23 mbar. Answer The density of LNG is roughly 0.41 to 0.5 kg/L, depending on temperature, pressure and composition. (In comparison water has a density of 1.0 kg/L) A gas doesn't have a definite shape or volume iits molecules are very loose A liquid doesn't have a definite shape, but it does have a definite volume. A solid has both a definite shape and volume. molecules in solid are closely bound together. Generally speaking, the closer natural gas gets to a customer, the smaller the pipe diameter is and the lower the pressure is. The gas utility's central control center continuously monitors flow rates and pressures at various points in its system. The critical temperature of a gas is the temperature at or above which no amount of pressure, however great, will cause the gas to liquefy. The minimum pressure required to liquefy the gas at the critical temperature is called the critical pressure. For example, the critical temperature for carbon dioxide is 88F (31C). That means that no amount of pressure applied to a sample of carbon dioxide gas at or above 88F will cause the gas to liquefy. Aside from the machinery used to compress the gas and the energy used to drive that machinery, essentially no CO2 is produced. Natural gas at the well head is at high pressure , in order to liquefy it it needs to be compressed to about 50 atmospheres and cooled by running it through condensers to release the heat of compression. What is the typical burner pressure for natural gas? This is the pressure supplied from the gas meter to a appliance this should be 20mb at the inlet of the gas valve before the appliance is working ie taking gas from the main p ipe. Gases, liquefaction of. Liquefaction of gases is the process by which a gas is converted to a liquid. For example, oxygen normally occurs as a gas. However, by applying sufficient amounts of pressure and by reducing the temperature by a sufficient amount, oxygen can be converted to a liquid. How Does the Natural Gas Delivery System Work? How Does the Natural Gas Delivery System Work? Gas flowing from higher to lower pressure is the fundamental principle of the natural gas delivery system. The amount of pressure in a pipeline is measured in pounds per square inch. From the well, the natural gas goes into gathering lines, which are like branches on a tree, getting larger as they get closer to the central collection point. Query: at what pressure does natural gas liquify

Output: In order to liquefy natural gas it needs to be compressed to about 50 atmospheres and cooled by running it through condensers to release the heat of compression.

Input: Consider Input: MILTEX EZ-Zyme All Purpose Enzyme Cleaner, 3/4 oz. (22 ml) packets (dispenser box of 32). Contents of 1-box makes 32 gallons of solution. Neutral pH multi-enzyme liquid concentrate ideal for instrument presoak, ultrasonic cleaning, laundry presoak, and evacuation system cleaner. Ideal for cleaning hard to remove proteinaceous (mucous & tissue) and lipid (fatty) materials from the surfaces of surgical/dental instruments, linen, water submersible equipment, or where mechanical scrubbing is impractical. a basin containing sterile water to soak. D. Saline must not be used, since the chloride ions can cause pitting and deterioration of the finish on the surface of the instruments. Standard of Practice II The cleaning of instruments should continue at the point of use post-procedure, B) Disinfecting (the protection for medical personnel from accidental contamination during cleaning) To avoid blood and other proteins from sticking to instruments surfaces, an enzymatic cleaner bath (soaking) should be used on all instruments. After soaking for a minimum of 10 minutes, rinse all instruments in running tap water. STEP 1: CLEANING. The first and most important step in instrument reprocessing is cleaning, as studies [Alfa, 1998] have shown that a dirty instrument cannot be effectively sterilized. This is because the soil shields bacteria and viruses from the sterilizing agent. Another study, testing the efficacy of presoaking compared to an ultrasonic on the cleanliness of endodontic files, found that presoaking did not provide any benefit over the use of an ultrasonic alone. 6 Whether personnel presoak instruments or place them directly into the ultrasonic cleaner, immersing the instruments before blood and other debris have the opportunity to dry improves the efficacy of the cleaning procedure. Ruhof Endozime. Endozime®️ is a foaming dual enzymatic cleaner that removes blood, protein, mucous, vomit and fecal matter. This formulation of Protease and Amylase enzymes with buffers and surfactants is perfect for all flexible and rigid scopes and instruments. Proteases are the most important type of. enzyme to look for when choosing an enzymatic detergent for medical use because. there is a high content of protein in most body fluids (including blood, tissue and. mucous) which cannot be easily removed with regular detergents/surfactants and water. Enzymatic Surgical Instrument Detergent and Presoak Available in dual- and single-enzyme formulas, Medline Enzymatic Detergent & Presoak is recommended for automatic washers, ultrasonic machines or manual cleaning when instruments have not been pre-cleaned. Surgical Instrument Soak. Immersing soiled instruments in sklar soak™️ for two minutes. substantially reduces the risk of exposure to many infectious. organisms including H1N1, HIV-1, HSV, VRE, Rotaviruses, Hepatitis B&C, as well as TB, MRSA, and A-Baumannii. Chemical disinfection can be used when instruments will be damaged by heat. Some chemicals that may be considered include glutaraldehyde 2% for 20 minutes, hydrogen peroxide 6%7.5% for 2030 minutes, peracetic acid 0.20.35% for 5 minutes and ortho-phthalaldehyde (OPA) for 512 minutes. Query: how long can instruments soak in an enzymatic cleaner
Output: Instruments soak in an enzymatic cleaner for a minimum of 10 minutes.