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WorksheetsThermal Properties
Total questions: 15
Worksheet time: 8mins
Internal energy consists of
thermal energy and kinetic energy
thermal energy and potential energy
kinetic energy and potential energy
thermal energy, kinetic energy and potential energy
When a substance is heated from 25 oC to 50 oC,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is cooled from 40 oC to 10 oC,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is cooled from liquid to solid,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is heated from liquid to gas,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is freezing,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is boiling,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is melting,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is condensing,
its kinetic energy decreases.
its potential energy decreases.
its kinetic energy increases.
its potential energy increases.
When a substance is cooled from gas to liquid,
both its potential energy and internal energy decrease.
both its potential energy and internal energy increase.
its potential energy increases but internal energy decreases.
its potential energy decreases but internal energy increases
When a substance is heated from liquid to gas,
both its potential energy and internal energy decrease.
both its potential energy and internal energy increase.
its potential energy increases but internal energy decreases.
its potential energy decreases but internal energy increases
When the temperature of a liquid increases,
both its kinetic energy and internal energy decrease.
both its kinetic energy and internal energy increase.
its kinetic energy increases but internal energy decreases.
its kinetic energy decreases but internal energy increases
When the temperature of a gas decreases,
both its kinetic energy and internal energy decrease.
both its kinetic energy and internal energy increase.
its kinetic energy increases but internal energy decreases.
its kinetic energy decreases but internal energy increases
When the temperature of a solid decreases,
both its kinetic energy and potential energy decrease.
both its kinetic energy and potential energy increase.
its kinetic energy increases but potential energy remains the same.
its kinetic energy decreases but potential energy remains the same.
When water becomes ice,
its potential energy increases but kinetic energy remains the same.
its potential energy decreases but kinetic energy remains the same.
its kinetic energy increases but potential energy remains the same.
its kinetic energy decreases but potential energy remains the same.
