GAY-LUSSAC'S PERFECT JUMP!

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GAY-LUSSAC'S ACTIVITY

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MARIVEL MAGBANUA

Filipinas

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Froggy Jumps GAY-LUSSAC'S PERFECT JUMP!Versión en línea GAY-LUSSAC'S ACTIVITY por MARIVEL MAGBANUA 1 A sealed aerosol can is left inside a car under the sun. After an hour, the can feels warm and firm. Which factor directly caused the pressure inside the can to increase? a Increase in volume b Increase in temperature c Decrease in mass 2 Why is Gay-Lussac’s Law best applied to sealed containers? a Because the amount of gas and volume remain constant b Because temperature stays constant c Because pressure does not change 3 A bicycle tire feels soft early in the morning but firm in the afternoon. What explains this observation? a Air escaped from the tire b The rubber expanded permanently c The air temperature inside the tire increased 4 Which situation shows a decrease in pressure due to temperature change? a A heated pressure cooker releasing steam b A gas tank exposed to sunlight c A sealed bottle placed in a freezer 5 Which statement correctly describes the relationship between temperature and pressure in Gay-Lussac’s Law? a Pressure increases as temperature increases b Pressure decreases as temperature increases c Pressure decreases as temperature increases 6 In Gay-Lussac’s Law, pressure changes while volume remains constant. a TRUE b FALSE c MAYBE 7 Heating a sealed container will decrease the pressure inside it. a TRUE b FALSE c NO ANSWER 8 Tires are more likely to feel harder during hot weather because of increased air pressure. a TRUE b NO ANSWER c FALSE 9 Gay-Lussac’s Law applies only in laboratory experiments and not in daily life. a FALSE b TRUE c NO ANSWER 10 Temperature must be converted to Kelvin when solving Gay-Lussac’s Law problems. a TRUE b NO ANSWER c FALSE

Froggy Jumps

GAY-LUSSAC'S PERFECT JUMP!Versión en línea

GAY-LUSSAC'S ACTIVITY

por MARIVEL MAGBANUA

A sealed aerosol can is left inside a car under the sun. After an hour, the can feels warm and firm. Which factor directly caused the pressure inside the can to increase?

Increase in volume

Increase in temperature

Decrease in mass

Why is Gay-Lussac’s Law best applied to sealed containers?

Because the amount of gas and volume remain constant

Because temperature stays constant

Because pressure does not change

A bicycle tire feels soft early in the morning but firm in the afternoon. What explains this observation?

Air escaped from the tire

The rubber expanded permanently

The air temperature inside the tire increased

Which situation shows a decrease in pressure due to temperature change?

A heated pressure cooker releasing steam

A gas tank exposed to sunlight

A sealed bottle placed in a freezer

Which statement correctly describes the relationship between temperature and pressure in Gay-Lussac’s Law?

Pressure increases as temperature increases

Pressure decreases as temperature increases

In Gay-Lussac’s Law, pressure changes while volume remains constant.

TRUE

FALSE

MAYBE

Heating a sealed container will decrease the pressure inside it.

TRUE

FALSE

NO ANSWER

Tires are more likely to feel harder during hot weather because of increased air pressure.

TRUE

NO ANSWER

FALSE

Gay-Lussac’s Law applies only in laboratory experiments and not in daily life.

FALSE

TRUE

NO ANSWER

Temperature must be converted to Kelvin when solving Gay-Lussac’s Law problems.

TRUE

NO ANSWER

FALSE

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GAY-LUSSAC'S PERFECT JUMP!

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

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GAY-LUSSAC'S PERFECT JUMP!Versión en línea

por MARIVEL MAGBANUA

A sealed aerosol can is left inside a car under the sun. After an hour, the can feels warm and firm. Which factor directly caused the pressure inside the can to increase?

Why is Gay-Lussac’s Law best applied to sealed containers?

A bicycle tire feels soft early in the morning but firm in the afternoon. What explains this observation?

Which situation shows a decrease in pressure due to temperature change?

Which statement correctly describes the relationship between temperature and pressure in Gay-Lussac’s Law?

In Gay-Lussac’s Law, pressure changes while volume remains constant.

Heating a sealed container will decrease the pressure inside it.

Tires are more likely to feel harder during hot weather because of increased air pressure.

Gay-Lussac’s Law applies only in laboratory experiments and not in daily life.

Temperature must be converted to Kelvin when solving Gay-Lussac’s Law problems.

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