In: Physics
Match the right choice with the right question by placing the right letter in the far left column. The letters go with the questions.
Mark |
Choices |
Letter |
Questions |
Boiling Point |
A |
Moves heat from cold reservoir to a hot reservoir |
|
Convection |
B |
In this process the volume remain constant. |
|
Radiation |
C |
The sum of the Kinetic and Potential energies of the particles in a system. |
|
Kelvin |
D |
The amount of heat necessary to change a liquid to a gas at constant temperature is the __________. |
|
Efficiency |
E |
The amount of heat necessary to change a liquid to a solid at constant temperature is the ___________. |
|
Heat Engine |
F |
The amount of heat necessary to change the temperature of 1 kg of a substance 10 Celsius is |
|
Melting Point |
G |
Heat transfer that involves mass movement is _______________ |
|
Entropy |
H |
In this process the temperature remain constant. |
|
Refrigerators |
I |
A tile floor feels colder than a rug on bare feet because the tile has a greater ______________. |
|
Latent heat of vaporization |
J |
A process where no heat is transferred into or out of a system. |
|
Thermal conductivity |
K |
Sun's rays are transmitted to Earth |
|
Triple-point |
L |
Charle’s Law is a ________ process. |
|
Specific heat |
M |
The first law of thermodynamics states that heat added to a closed system can change the internal energy of the system and/or do ______________. |
|
Internal Energy |
N |
The temperature at which a substance changes from a gas to liquid |
|
Latent heat of fusion |
O |
Zero degrees Celsius |
|
Isothermal |
P |
A pressure and temperature where a substance exist as a solid, liquid, and gas. |
|
Isobaric |
Q |
In the gas laws, the ______________ temperature scale must be used |
|
Isochoric |
R |
Disorder is always increasing in the universe, which shows _______ is always increasing. |
|
Adiabatic |
S |
Moving heat from a hot reservoir to a cold reservoir to do work. |
|
Work |
T |
The amount of work that comes out of an engine divided by the amount of heat put into an engine. |