Temperature and Thermal Energy Answers

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The diagram shows the scales used for recording temperatures. The labels for the scales are missing.

Question illustration
A
W: FahrenheitX: CelsiusY: Kelvin
B
W: KelvinX: CelsiusY: Fahrenheit
C
W: CelsiusX:FahrenheitY: Kelvin
D
W:CelsiusX: KelvinY: Fahrenheit
4

A thermometer is placed in water in order to measure the water’s temperature. What would cause the liquid in the thermometer to drop?

A
The molecules in the water spread apart.
B
The molecules in the thermometer’s liquid spread apart.
C
The kinetic energy of the water molecules decreases.
D
The kinetic energy of the thermometer’s liquid molecules increases.
5

A thermometer is placed in water in order to measure the water’s temperature. What would cause the liquid in the thermometer to rise?

A
The molecules in the water move closer together.
B
The molecules in the thermometer’s liquid spread apart.
C
The kinetic energy of the water molecules decreases.
D
The kinetic energy of the thermometer’s liquid molecules decreases.
7

Which shows the potential energy of particles in three substances, from least to greatest?

A
liquid, solid, gas
B
liquid, gas, solid
C
solid, liquid, gas
D
gas, liquid, solid
9

Which best describes thermal energy?

A
It is the difference between internal energies of two or more substances.
B
It is the sum of internal energies of two or more substances.
C
It is the portion of internal energy that can be transferred from one substance to another.
D
It is the portion of potential energy that can be transferred from one substance to another.
10

Sayid recorded the temperatures of four substances in a chart.

Question illustration
A
The particles in substance W have a greater average kinetic energy than the particles in substance Z.
B
The particles in substance X have a greater average kinetic energy than the particles in substance Z.
C
The particles in substance W have a lower average kinetic energy than the particles in substance X.
D
The particles in substance Z have a lower average kinetic energy than the particles in substance Y.

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