Thermodynamics

What thermodynamic process is volume constant?

• Isobaric

• Isovolumetric

• Isothermermal

• Adiabatic

What thermodynamic process is pressure constant?

• Isobaric

• Isovolumetric

• Isothermal

• Adiabatic

Which thermodynamic process is temperature maintained constant?

• Isobaric

• Isovolumetric

• Isothermal

• Adiabatic

During which thermodynamic process is there no heat exchanged between the system and the surroundings? (Q = 0)

• Isobaric

• Isovolumetric

• Isothermal

• Adiabatic

During which thermodynamic process is ΔU = 0?

• Isobaric

• Isovolumetric

• Isothermal

• Adiabatic

During which thermodynamic process is work done on or by the gas 0?

• Isobaric

• Isovolumetric

• Isothermal

• Adiabatic

In a isobaric expansion (Volume increases), the work done on the gas is...

• Positive, gas gains energy due to work

• Negative, gas loses energy due to work

• Positive, gas loses energy due to work

• Negative, gas gains energy due to work

Tags

NGSS.HS-PS3-2

NGSS.HS-PS3-4

In an isobaric compression, the work done on the gas is

• Positive, gas gains energy due to work

• Negative, gas loses energy due to work

• Positive, gas loses energy due to work

• Negative, gas gains energy due to work

In a isobaric compression, the work done on the gas is

• Positive

• Negative

• Zero

In an isobaric expansion, the work done on the gas is

• Positive

• Negative

• Zero