Choose the best answer from the choices.

The temperature of an ideal gas remains constant at 320 K while the absolute pressure changes from 101 kPaa to 825 kPaa and the initial volume is 0.10m^3

A.Find the final volume of the gas.

a) 0.012m^3

b)0.120m^3

c)0.021m^3

d)0.210m^3

B. Determine the mass of the gas of the molceular mass is 29kg kgmol.

a)1.070kg

b)0.107kg

c)0.017kg

d)0.701kg

Question

Choose the best answer from the choices.

The temperature of an ideal gas remains constant at 320 K while the absolute pressure changes from 101 kPaa to 825 kPaa and the initial volume is 0.10m^3



A.Find the final volume of the gas.

a) 0.012m^3

b)0.120m^3

c)0.021m^3

d)0.210m^3



B. Determine the mass of the gas of the molceular mass is 29kg kgmol.



a)1.070kg

b)0.107kg

c)0.017kg

d)0.701kg

anonymous · Answer

A ) Apply Boyle's Law.
P1V1 = P2V2

101kPa * 0.10m^3 = 825kPa * V

Find V