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Heat flow rate is measured in the units
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
The term kilocalorie equals
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
When does heat stop flowing?
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
Latent heat
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
In the equation for heat flow rate (Qh = (kAО”T)/L), the "k" value represents the
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
The amount of heat needed to raise the temperature of 1 pound of water by one degree fahrenheit is called a
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
The amount of heat energy divided by time is called
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
At the molecular level, heat energy is found in the ____ of the molecules.
thermal conductivity.
BTU.
cal/sec or BTU/hr.
1000 calories or 1 Calorie
is the heat needed to cause a change of state.
when the temperatures are equal on both sides of the system
thermal rate.
vibrational motion
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