Thermodynamics

A. a temperature of – 273.16°C
B. a temperature of 0°C
C. a temperature of 273 °K
D. a negative pressure and 0°C temperature
E. can’t be attained

A. at sea level
B. at the center of the earth
C. when molecular momentum of the system becomes zero
D. under vacuum conditions
E. at a temperature of – 273 °K

A. T
B. j
C. J2
D. Vr
E. 1/Vr

A. perfectly elastic
B. perfectly inelastic
C. partly elastic
D. partly inelastic
E. partly elastic and partly inelastic

A. its heating value
B. kinetic energy of molecules
C. repulsion of molecules
D. attraction of molecules
E. surface tension of molecules

A. kg/cm2
B. mm of water column
C. pascal
D. dynes per square cm
E. bars

A. greater of the partial pressures of all
B. average of the partial pressures of all
C. sum of the partial pressures of all
D. sum of the partial pressures of all divided by average molecular weight
E. atmospheric pressure

A. more volume
B. less volume
C. same volume
D. unpredictable behaviour
E. no such correlation

A. watt
B. joule
C. joule/s
D. joule/m
E. joule m.

A. kilogram
B. gram
C. tonne
D. quintal
E. newton