kellys1866 kellys1866

07-10-2022
Chemistry

Answered

64 lb oxygen undergoes a constant pressure process in a closed system from state 1 at 42.33 atm, 444.8 r to state 2 at 42.33 atm, and 1600 r. the process discharges an amount of energy by heat transfer of 53,440.79 btu. determine: a. the molar volume of the gas at the state 1 and state 2 in ft3/lbmol b. the work of the process in btu c. the specific internal energy (molar basic) of the gas at state 1 in btu/lbmol

Answer :

Other Questions

an 8.50 l tire contains 0.552 mol of gas at a temperature of 305 k . what is the pressure (in atm and in psi ) of the gas in the tire? (1 atm is approximately e

an approximate partition function for a dense gas is given by where and are constants that are independently determined from molecular parameters. calculate (a)

Liquid water can be separated into hydrogen gas and oxygen gas through electrolysis. 1 mole of hydrogen gas and 0.5 moles of oxygen gas is produced from 1 mole

what is the molar concentration of the cleaning solution formed when 10.2 l of ammonia gas at 33°c and 735 torr dissolves in enough water to give a final volume

n the presence of large excesses of i - ion, the following set of data is obtained. what is the average rate of disappearance of h 2o 2( aq) in m/s in the first

in the bohr model of the hydrogen atom, an electron in the lowest energy state follows a circular path at a distance of 5.29 ✕ 10−11 m from the proton. (a) show

consider the following gas samples: 4.0 g of hydrogen gas, 4.0 g of helium gas, 1.0 mole of fluorine gas, 44.0 g of carbon dioxide gas, and 146 g of sulfur hexa

consider a closed vessel initially containing 1 mol of pure ethyl acetate at 74°c and 100 kpa. imagine that pure ethanol is slowly added at constant temperature

site:chegg.com consider a closed vessel initially containing 1 mol of pure ethyl acetate at 74°c and 100 kpa. imagine that pure ethanol is slowly added at const

a mixture contains n a h c o 3 together with unreactive components. a 1.62 g sample of the mixture reacts with h a to produce 0.561 g of c o 2 . the molar mass