Thermodynamic processes

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

The volume does not change. Isovolumetric.

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

Temperature is proportional to PV because PV=nRT. Initial pressure times volume = final pressure time volume. This means the temperature does not change.

Tags

NGSS.HS-PS3-4

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

Temperature is proportional to PV because PV=nRT. Initial pressure times volume is not equal to the final pressure time volume. This means the temperature changed. Since the thermal line is curved and the temperatures are not equal, it is adiabatic.

Tags

NGSS.HS-PS3-4

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

Temperature is proportional to PV because PV=nRT. Initial pressure times volume is not equal to the final pressure time volume. This means the temperature changed. Since the thermal line is curved and the temperatures are not equal, it is adiabatic.

Tags

NGSS.HS-PS3-4

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

Temperature is proportional to PV because PV=nRT. Initial pressure times volume = final pressure time volume. This means the temperature did not change. Since the thermal line is curved and the temperatures are equal, it is isothermal.

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

The horizontal line means the pressure does not change. "Baric" implies pressure. Think of a barometer. ...isobaric

Tags

NGSS.HS-PS3-4

Name the thermodynamic process

• isobaric

• isovolumetric/isochoric

• isothermal

• adiabatic

Answer explanation

Temperature is proportional to PV because PV=nRT. Initial pressure times volume is not equal to the final pressure time volume. This means the temperature changed. Since the thermal line is curved and the temperatures are not equal, it is adiabatic.

Tags

NGSS.HS-PS3-4