1. Becomes hotter
2. Becomes cooler
3. Remains at the same temperature
4. May become hotter or cooler depending upon the humidity of the surrounding air
Becomes cooler
1. At atmospheric pressure
2. At a pressure below the tropospheric pressure
3. At a pressure greater than atmospheric pressure
4. Any pressure
At a pressure greater than atmospheric pressure
1. Heat exchange does not take place
2. No work is done by expanding steam
3. There is no change of internal energy of steam
4. All of the above
All of the above
1. Heat
2. Potential energy
3. Surface tension
4. Friction
Heat
1. Fine weather
2. Rains
3. Storm
4. Cold wave
Storm
1. Specific heat
2. Quantity of heat
3. Thermal capacity
4. Entropy
Quantity of heat
1. 760 mm Hg
2. Zero mm Hg
3. 735.6 mm Hg
4. 1 mm Hg
735.6 mm Hg
1. 760 mm Hg
2. Zero mm Hg
3. 735.6 mm Hg
4. 1 mm Hg
760 mm Hg
1. 1kgf/cm2
2. 1.033kgf/cm2
3. 0kgf/cm2
4. 1.0197kgf/cm2
1.033kgf/cm2
1. Conservation of mass
2. Conservation of energy
3. Conservation of momentum
4. Conservation of heat
Conservation of energy