Charles' Law Challenge

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True/false on gas temp-volume

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Ivy Rose Guillen

Philippines

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Charles' Law ChallengeVersion en ligne True/false on gas temp-volume par Ivy Rose Guillen 1 Temperature in Celsius can be used directly in Charles' Law without adjustment. Yes No 2 At constant pressure and amount of gas, volume increases linearly with temperature in Kelvin. Yes No 3 Volume is inversely proportional to temperature according to Charles' Law. Yes No 4 The law holds at any pressure without keeping P constant. Yes No 5 V1/T1 = V2/T2 for the same amount of gas at constant pressure. Yes No 6 Charles' Law applies only to liquids. Yes No 7 Charles' Law is valid at constant volume. Yes No 8 Temperature must be measured in Kelvin for direct proportionality in Charles' Law. Yes No 9 Charles' Law states V is proportional to T (V ∝ T). Yes No 10 If Kelvin temperature doubles, volume doubles at constant pressure. Yes No 11 Jack Charles who invinted the charles law? Yes No 12 V1 represent the initial volume Yes No

Charles' Law ChallengeVersion en ligne

True/false on gas temp-volume

par Ivy Rose Guillen

Temperature in Celsius can be used directly in Charles' Law without adjustment.

Yes

At constant pressure and amount of gas, volume increases linearly with temperature in Kelvin.

Yes

Volume is inversely proportional to temperature according to Charles' Law.

Yes

The law holds at any pressure without keeping P constant.

Yes

V1/T1 = V2/T2 for the same amount of gas at constant pressure.

Yes

Charles' Law applies only to liquids.

Yes

Charles' Law is valid at constant volume.

Yes

Temperature must be measured in Kelvin for direct proportionality in Charles' Law.

Yes

Charles' Law states V is proportional to T (V ∝ T).

Yes

If Kelvin temperature doubles, volume doubles at constant pressure.

Yes

Jack Charles who invinted the charles law?

Yes

V1 represent the initial volume

Yes

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

Charles' Law Challenge

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À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Charles' Law ChallengeVersion en ligne

par Ivy Rose Guillen

Temperature in Celsius can be used directly in Charles' Law without adjustment.

At constant pressure and amount of gas, volume increases linearly with temperature in Kelvin.

Volume is inversely proportional to temperature according to Charles' Law.

The law holds at any pressure without keeping P constant.

V1/T1 = V2/T2 for the same amount of gas at constant pressure.

Charles' Law applies only to liquids.

Charles' Law is valid at constant volume.

Temperature must be measured in Kelvin for direct proportionality in Charles' Law.

Charles' Law states V is proportional to T (V ∝ T).

If Kelvin temperature doubles, volume doubles at constant pressure.

Jack Charles who invinted the charles law?

V1 represent the initial volume

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