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10Objects made of different materials absorb heat at the same rate.
Heat absorbed is proportional to mass.
Heat absorbed is proportional to temperature change.
Specific heat capacity is the same for all substances.
Water has a higher specific heat capacity than ice.
Q = ms(T₂ − T₁) is called the heat equation.
Mercury has a very low specific heat capacity.
Shape of an object does not affect heat absorption.
The unit of specific heat capacity is J/kg°C.
Materials with low specific heat heat up faster.
Percentage: 0%
Specific heat capacity of a substance depends on which of the following?
Which substance heats faster?
The heat equation is
Specific heat capacity depends on
SI unit of specific heat capacity is
Which substance has the highest specific heat capacity?
Which metal has the lowest specific heat capacity?
If mass is doubled, heat absorbed becomes
Specific heat capacity of ice is
For constant mass, heat absorbed depends on
The substance that heats faster has lower ______ heat capacity.
The quantity of heat absorbed by a substance is directly proportional to its ______.
The quantity of heat absorbed is directly proportional to the ______ in temperature.
The symbol used for quantity of heat is ______.
The symbol used for mass is ______.
The symbol used for specific heat capacity is ______.
The heat equation is ______ = ms(T₂ − T₁).
The SI unit of specific heat capacity is ______/kg°C.
The specific heat capacity of water is ______ J/kg°C.
Ice and water have ______ specific heat capacities.