Temperature
Temperature Scales
Thermal Energy and Heat
Specific Heat
Equations
100
This is the energy of motion
What is kinetic energy.
100
The three scales for measuring temperature
What are Fahrenheit Celsius and Kelvin
100
The total energy of all particles in an object
What is thermal energy
100
Specific heat is the amount of what required to raise the temperature of 1 kilogram of a material by 1 kelvin.
What is energy.
100

Convert 400 degrees Kelvin to Celsius

What is 127 degree C

200
These particles have a low average kinetic energy
What are low temperature particles
200
The freezing and melting points of water on the Celsius scale.
What are 0 degrees and 100 degrees
200
Thermal energy that is transferred from matter at a higher temperature to matter at a lower temperature
What is heat
200
The amount of heat that is required to raise the temperature of an object depends on this.
What is the object's chemical makeup.
200
Conversion of Fahrenheit temperature to Celsius temperature.
What is C=5/9(F- 32)
300
These particle have a high average kinetic energy
What are high temperature particles
300
Freezing point and melting point of water on the fahrenheit.
What are 32 degrees and 212 degrees
300
The more of this an object has at a given temperature, the more thermal energy it has.
What are particles.
400
What device measures liquid as it increases or decreases based on the speed and space that particles take up.
What is a thermometer
400
the freezing and melting points on the Kelvin scale.
What are 273 and 373 degrees
400
Work and heat are both energy transfers. They are both measured in the same unit.
What is joules
400
Conversion of 68 degrees Fahrenheit into Celsius.
What is 20 degrees Celsius.
500
This is a measure of the average kinetic energy of the individual particles in matter
What is temperature
500
The lowest temperature possible where no more thermal energy can be removed from matter (-273 Celsius, 0 Kelvin)
What is absolute 0
500
The thermal energy of an object depends on these three things.
What are the numbers of particles in an object, the temperature in an object and the arrangement of the objects particles
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