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The three ways that heat can flow are:
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
One of the fundamental reasons our planet is inhabitable is:
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
Put the following in order from lowest energy to highest energy.
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
Knowing specific heat helps us to determine
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
A comfortable room temperature is 20 degrees Celsius. What is this temperature in degrees Fahrenheit?
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
Although there are several units to measure enery, including heat energy, scientists use
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
The temperature scale on which the freezing point of water is at 32 degrees is the:
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
Why can't there be a temperature lower than absolute zero?
how quickly the temperature of a substance will change as it gains or losses energy.
We can not record temperatures below absolute zero because the movement of all matter stops.
Exactly 68 degrees Fahrenheit
Fahrenheit Scale
the huge amount of water on it helps regulate the temperature - water has a high specific heat value.
solid, liquid, gas
Joules
conduction, convection, radiation
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