GAS LAW RIDDLE GAME

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Find the gas law behind pressure and volume.

Créé par

Arabella Grace A. Vargas

Philippines

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GAS LAW RIDDLE GAMEVersion en ligne Find the gas law behind pressure and volume. par Arabella Grace A. Vargas 1 I am the one who proposed this law and is named after me. Hints 1 Think of a scientist associated with gases from the English-Irish tradition. 2 My name is attached to a law about pressure and volume. 3 I was a 17th-century natural philosopher. 2 I take up space wherever I go, Sometimes I’m high, sometimes low. I’m not a shape, but I can grow. Hints 1 You can measure me in liters or cubic meters. 2 I get bigger if I expand and smaller if I’m squeezed. 3 I tell how much space something occupies. 3 I explain the volume-pressure relationship at a constant temperature. Hints 1 Decreasing the volume leads to an increase in pressure. 2 At constant temperature, the product of pressure and volume stays the same. 3 Named after a 17th-century scientist, Robert Boyle. 4 I push on walls you cannot see, The harder I press, the stronger I’ll be. Invisible force, yet I’m always near, I act on gases far and clear. Hints 1 I am measured in Pascals (Pa) or atmospheres (atm). 2 I increases when the volume of a gas decreases. 3 I’m the force exerted per unit area. 5 When one value rises, the other falls, keeping a balanced balance. Hints 1 Often written as y = k / x, with k being a constant. 2 As x increases, y decreases proportionally. 3 The product of the two variables stays constant.

GAS LAW RIDDLE GAMEVersion en ligne

Find the gas law behind pressure and volume.

par Arabella Grace A. Vargas

I am the one who proposed this law and is named after me.

Hints

Think of a scientist associated with gases from the English-Irish tradition.

My name is attached to a law about pressure and volume.

I was a 17th-century natural philosopher.

I take up space wherever I go, Sometimes I’m high, sometimes low. I’m not a shape, but I can grow.

Hints

You can measure me in liters or cubic meters.

I get bigger if I expand and smaller if I’m squeezed.

I tell how much space something occupies.

I explain the volume-pressure relationship at a constant temperature.

Hints

Decreasing the volume leads to an increase in pressure.

At constant temperature, the product of pressure and volume stays the same.

Named after a 17th-century scientist, Robert Boyle.

I push on walls you cannot see, The harder I press, the stronger I’ll be. Invisible force, yet I’m always near, I act on gases far and clear.

Hints

I am measured in Pascals (Pa) or atmospheres (atm).

I increases when the volume of a gas decreases.

I’m the force exerted per unit area.

When one value rises, the other falls, keeping a balanced balance.

Hints

Often written as y = k / x, with k being a constant.

As x increases, y decreases proportionally.

The product of the two variables stays constant.

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.

GAS LAW RIDDLE GAME

Devinette

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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GAS LAW RIDDLE GAMEVersion en ligne

par Arabella Grace A. Vargas

I am the one who proposed this law and is named after me.

Hints

I take up space wherever I go, Sometimes I’m high, sometimes low. I’m not a shape, but I can grow.

Hints

I explain the volume-pressure relationship at a constant temperature.

Hints

I push on walls you cannot see, The harder I press, the stronger I’ll be. Invisible force, yet I’m always near, I act on gases far and clear.

Hints

When one value rises, the other falls, keeping a balanced balance.

Hints

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