3. The pressure, temperature and volume of an ideal gas are given by the ideal gas law pV = nRT where n is the number of moles of the gas, R=8.314 J/(mol×K) is the gas %3D constant. The change of the temperature T with the time t is given by T =273+43Jt . The change of the volume V with time is given by V = 22– 2t0°. Determine the rate of change of the pressure of 1000 moles gas with time at t = 20s. ANS= 1Q99
3. The pressure, temperature and volume of an ideal gas are given by the ideal gas law pV = nRT where n is the number of moles of the gas, R=8.314 J/(mol×K) is the gas %3D constant. The change of the temperature T with the time t is given by T =273+43Jt . The change of the volume V with time is given by V = 22– 2t0°. Determine the rate of change of the pressure of 1000 moles gas with time at t = 20s. ANS= 1Q99
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Transcribed Image Text:3. The pressure, temperature and volume of an ideal gas are given by the ideal
pV = nRT where n is the number of moles of the gas, R=8.314 J/(mol× K) is the gas
gas
law
constant. The change of the temperature T with the time t is given by T = 273+43/t . The
change of the volume V with time is given by V = 22– 2t0°. Determine the rate of change of
of 1000 moles gas with time at t = 20s . ANS= 18999
0.6
the
pressure
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