The pressure 65.0 m under water is 739 kpa
WebbEnergy Unit Review Sheet Answer Key - Manhasset Union Free School ... Webb'The pressure 65.0 m under water is 739 kPa What is this pressure in atmospheres (atm)? atm What is this pressure in millimeters of mercury (mmHg)? mmHg' Discussion You must be signed in to discuss. Video Transcript Here is the question. The pressure in 60 under water is 739 kilo pastors.
The pressure 65.0 m under water is 739 kpa
Did you know?
Webba) 34.01amu. b) 63.012 amu. Calculate the formula mass of each compound given below. Keep at least one decimal place in atomic masses from the periodic table. a) H2S. b) HFO2. a) 34.07 amu. b) 52.004 amu. Calculate the formula mass of sodium carbonate heptahydrate, Na2CO3•7H2O, in atomic mass units (amu or u). WebbProblem: 193 mL of O 2 was collected over water on a day when the atmospheric pressure was 762 mmHg. The temperature of the water was 23.0 o C. How many grams of oxygen were collected? Strategy: Use Dalton's law and the vapor pressure of water at 23.0 o C to correct the pressure to units of atmoshperes. P T = P oxygen +P water At 23.0 o C the …
Webb23 aug. 2024 · The calculator below can be used to estimate the density and specific weight of propane at given temperature and atmospheric pressure. (Boiling point of propane is -42.2°C / -44°F, and thus, propane is present as liquid below this temperature) The output density is given as kg/m 3, lb/ft 3, lb/gal (US liq) and sl/ft 3 . WebbIf 1.50 g of water is enclosed in a 2.0 L container, will any liquid be present? If so, what mass of liquid? Solution: 1) Use the ideal gas law to find out how many moles of gas would have to be vaporized to obtain a pressure of 23.76 torr. PV = nRT P = gas pressure in atm = 23.76 torr x (1 atm / 760 torr) = 0.0313 atm V = gas volume in L = 2.0
WebbCorresponding to Head of Water in Feet At 62°F, water weighs 62.354 lbs. per cubic foot; 1 foot head = 0.433 lbs. per square inch (gauge); 1 lb. per square inch (gauge) = 2.30947 … WebbI First, determine the reading of the right meniscus for p = 100 mm of water (see Fig. 2-286): 100 + 500 - 2,90h = 0, h =206.9 mm. When p= 10kPa, the mercury level will fall some amount, d, on the left side of the manometer and will rise by that amount on the right side of the manometer (see Fig. 2-280).
Webbthe water increases about 100 kPa with every 10.2 m of depth. This means that at 10.2 m below the surface, the pressure is 201 kPa; at 20.4 m below the surface, the pressure is 301 kPa; and so forth. If the volume of. 4 answers; science; AP Chem; asked by Anonymous; 524 views; Divers know that the pressure exerted by
Webb30 okt. 2016 · The pressure 45.0 meters under water is 543 kPa. What is this pressure in atm? Chemistry Measurement Unit Conversions 1 Answer Stefan V. Oct 30, 2016 5.28 atm Explanation: Your task here is to convert from kilopascals, kPa, to atmospheres, atm, by using a conversion factor. philippe chabbertWebbThe pressure in 60 under water, 65 m underwater is 739 kilo pastors. So they are asking to convert this pressure in the first one is in atmospheres. So atmospheric pressure we had to Calculate and the 2nd 1 is in mm HD Okay, so we will see in atmospheres one atmosphere is equal to one at one 3-4 Pastors. truity 16 personality testWebbMiguel Botto-Tobar Marcelo Zambrano Vizuete Sergio Montes León Pablo Torres-Carrión Benjamin Durakovic (Eds.) Communications in Computer and Information Science 1756 … philippe chabotWebb25 feb. 2024 · Pressure under the water = 739 kPa To convert into atm, we use the conversion factor: 1 atm = 101.325 kPa Converting the pressure from kilo pascals to … philippe chadrysWebbTo convert the pressure from kPa to mmHg, we can use the following conversion factor: 1 kPa = 7.50062 mmHg. So, 641 kPa * (7.50062 mmHg / 1 kPa) = 4809.40 mmHg … truity 16 personalitiesWebbAUSTRALIAN PIPE STRIFE HANDBOOK FOURTH RELEASE PUMP INDUSTRY AUSTRALIE INCORPORATED. BOOB Box 55 Telephone 02 65690160 Stuarts Point Fax 02 65600160 NSW 2441 Pipe Handbook.indd… philippe cattin baselWebbThere is a constant effort to improve the performance of asphalt-concrete (AC) mixtures. Among various modifiers for asphalt, fibers have received much attention for their improving effects. This paper introduces the novel concept of hybrid philippe chadeyron