Thermal Equilibrium & Temperature Lowersixth Science Physics

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Test your knowledge of heat, temperature and thermometry.

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YAKILI LMS

Cameroon

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Thermal Equilibrium & Temperature Lowersixth Science Physics


Thermal Equilibrium & Temperature Lowersixth Science PhysicsOnline version Test your knowledge of heat, temperature and thermometry. by YAKILI LMS 1 The triple point of a substance is a fixed point used for calibration. Yes No 2 The Kelvin scale starts at absolute zero. Yes No 3 A Fahrenheit thermometer cannot be used to measure Celsius. Yes No 4 A clinical thermometer measures body temperature with alcohol or mercury. Yes No 5 Absolute zero is 100 K. Yes No 6 The triple point is not a fixed point. Yes No 7 An ideal thermometer measures all properties of a substance. Yes No 8 Temperature is uniform in a body in thermal equilibrium. Yes No 9 The boiling point of water at standard pressure is 0°C. Yes No 10 A thermometric substance with variable density cannot be used. Yes No 11 The zeroth law defines the relationship between heat and energy. Yes No 12 Thermal energy depends on both temperature and the amount of substance. Yes No 13 Heat flows from a hotter object to a cooler one. Yes No 14 The zeroth law allows thermometers to reach thermal equilibrium. Yes No 15 A fixed point can serve to compare different thermometers. Yes No 16 The freezing point of water on Celsius is 50°C. Yes No 17 Thermometric substances are chosen for stable and repeatable properties. Yes No 18 Temperature is defined only for gases. Yes No 19 Thermometers do not rely on constant properties. Yes No 20 The Kelvin scale decreases with increasing temperature. Yes No 21 Thermal energy is the same as temperature. Yes No 22 Thermometric substances have well-defined freezing or boiling points. Yes No 23 A thermometer's property is something that changes with temperature but remains constant under equal conditions. Yes No 24 A thermometer has no relation to thermal equilibrium. Yes No 25 Thermometers operate on the principle of thermal expansion or electrical resistance. Yes No 26 The Fahrenheit scale sets 32°F as the freezing point of water. Yes No 27 Temperature scales must be linear to be useful. Yes No 28 Thermal equilibrium contradicts zeroth law. Yes No 29 Fixed points are standard temperatures used to calibrate thermometers. Yes No 30 0 K is absolute zero and cannot be reached in practice. Yes No 31 Heat is the same as work. Yes No 32 Temperature is a measure of the average kinetic energy of particles. Yes No 33 Internal energy equals kinetic energy only. Yes No 34 A material's thermometric property can depend on pressure. Yes No 35 Thermal equilibrium means no net heat flow between objects at the same temperature. Yes No 36 A thermometer needs no calibration. Yes No 37 The diffusion of heat is a mechanism of heat transfer. Yes No 38 Internal energy includes kinetic and potential energy at the molecular level. Yes No 39 Thermometric substances are always liquids. Yes No 40 The readings depend on the color of the device. Yes No 41 Thermometry does not require the zeroth law. Yes No 42 The internal energy of an ideal gas depends only on temperature. Yes No 43 A thermometer's property changes with the color of the substance only. Yes No 44 All materials have the same thermal expansion. Yes No 45 A thermometric property should be independent of the sample size. Yes No 46 A fixed point is never used for calibration. Yes No 47 A Celsius thermometer uses the freezing point of water as 0°C and boiling point as 100°C at standard pressure. Yes No 48 Temperature is a measure of how much heat a substance contains in all cases. Yes No 49 Heat can never flow from cold to hot spontaneously. Yes No 50 Fixed points vary with atmospheric pressure and are not standard. Yes No

Thermal Equilibrium & Temperature Lowersixth Science Physics

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About this activity

Created by

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Thermal Equilibrium & Temperature Lowersixth Science PhysicsOnline version

by YAKILI LMS

The triple point of a substance is a fixed point used for calibration.

The Kelvin scale starts at absolute zero.

A Fahrenheit thermometer cannot be used to measure Celsius.

A clinical thermometer measures body temperature with alcohol or mercury.

Absolute zero is 100 K.

The triple point is not a fixed point.

An ideal thermometer measures all properties of a substance.

Temperature is uniform in a body in thermal equilibrium.

The boiling point of water at standard pressure is 0°C.

A thermometric substance with variable density cannot be used.

The zeroth law defines the relationship between heat and energy.

Thermal energy depends on both temperature and the amount of substance.

Heat flows from a hotter object to a cooler one.

The zeroth law allows thermometers to reach thermal equilibrium.

A fixed point can serve to compare different thermometers.

The freezing point of water on Celsius is 50°C.

Thermometric substances are chosen for stable and repeatable properties.

Temperature is defined only for gases.

Thermometers do not rely on constant properties.

The Kelvin scale decreases with increasing temperature.

Thermal energy is the same as temperature.

Thermometric substances have well-defined freezing or boiling points.

A thermometer's property is something that changes with temperature but remains constant under equal conditions.

A thermometer has no relation to thermal equilibrium.

Thermometers operate on the principle of thermal expansion or electrical resistance.

The Fahrenheit scale sets 32°F as the freezing point of water.

Temperature scales must be linear to be useful.

Thermal equilibrium contradicts zeroth law.

Fixed points are standard temperatures used to calibrate thermometers.

0 K is absolute zero and cannot be reached in practice.

Heat is the same as work.

Temperature is a measure of the average kinetic energy of particles.

Internal energy equals kinetic energy only.

A material's thermometric property can depend on pressure.

Thermal equilibrium means no net heat flow between objects at the same temperature.

A thermometer needs no calibration.

The diffusion of heat is a mechanism of heat transfer.

Internal energy includes kinetic and potential energy at the molecular level.

Thermometric substances are always liquids.

The readings depend on the color of the device.

Thermometry does not require the zeroth law.

The internal energy of an ideal gas depends only on temperature.

A thermometer's property changes with the color of the substance only.

All materials have the same thermal expansion.

A thermometric property should be independent of the sample size.

A fixed point is never used for calibration.

A Celsius thermometer uses the freezing point of water as 0°C and boiling point as 100°C at standard pressure.

Temperature is a measure of how much heat a substance contains in all cases.

Heat can never flow from cold to hot spontaneously.

Fixed points vary with atmospheric pressure and are not standard.