Topic 3 Solids, Liquids & Gases

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Quiz: solids, liquids & gases.

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Kim Boxdorfer

Estados Unidos

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Topic 3 Solids, Liquids & Gases


Topic 3 Solids, Liquids & GasesVersión en línea Quiz: solids, liquids & gases. por Kim Boxdorfer 1 Plastics made from recycled bottles are amorphous solids, and their particles are arranged in no regular pattern. Yes No 2 The temperature outside was colder than the temperature in the gym, so the pressure of the air in the balls decreased. Yes No 3 A water spider floats due to surface tension. Yes No 4 Is this sublimation? An ice cube melts on the floor, then it evaporates. Yes No 5 Gases can be compressed into small tanks. Yes No 6 Water boils at a lower temperature on a high mountain than at sea level. Yes No 7 The letter A shows boiling. Yes No 8 The flat blue lines show a change in state. Yes No 9 Sublimation is solid to gas without becoming liquid. Yes No 10 The jam is an amorphous solid. Yes No 11 The letter B shows particles changing from a liquid to a gas. Yes No 12 Crystalline solids melt at any temperature. Yes No 13 A needle sitting on water is held in place by the water's surface tension. Yes No 14 The letter B shows particles vaporizing. Yes No 15 The freezing point of water equals its melting point. Yes No 16 Is this sublimation? Clothing is hung outside on a day when the temperature is below the freezing point of water. The clothes dry, even though they freeze first. Yes No 17 Gas temperature and gas volume are directly proportional. Yes No 18 Gas behavior in tanks cannot be modeled by changes in volume and pressure. Yes No 19 The freezing point of metal equals its melting point. Yes No 20 Red diagonal lines show a state change. Yes No 21 In Boyle's Law, pressure increases when volume decreases (inverse relationship). Yes No 22 Oxygen tanks store more gas by compressing it into a smaller volume. Yes No 23 The temperature of water will increase as it boils. Yes No 24 The flat blue lines show a change in temperature. Yes No 25 Plastics are crystalline solids with particles arranged in regular, repeating patterns. Yes No 26 Is this sublimation? Dry ice changes directly to carbon dioxide gas. Yes No 27 The letter A shows particles vaporizing. Yes No 28 The temperature outside was warmer than the temperature in the gym, so the pressure of the air in the balls decreased. Yes No 29 The jam is best described as a liquid with high viscosity. Yes No 30 Red diagonal lines show an increase in temperature. Yes No 31 The letter A shows melting. Yes No 32 A needle sitting on water is held in place by the water's boiling point. Yes No 33 The letter A shows particles gaining enough energy to break free and slide around each other. Yes No 34 The graph shows that pressure and volume of a gas are directly proportional. Yes No

Topic 3 Solids, Liquids & Gases

Sí o No

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Sí o No

¿Está creado con Inteligencia Artificial?

Sí o No

Grammys a mejor canción/grabación

Sí o No

Preguntas sobre futbol para niños

Sí o No

¿Es verdad?

Sí o No

OPEN UP 5 UNIT 3: THERE IS/ARE, THERE WAS, THERE WERE

Topic 3 Solids, Liquids & GasesVersión en línea

por Kim Boxdorfer

Plastics made from recycled bottles are amorphous solids, and their particles are arranged in no regular pattern.

The temperature outside was colder than the temperature in the gym, so the pressure of the air in the balls decreased.

A water spider floats due to surface tension.

Is this sublimation? An ice cube melts on the floor, then it evaporates.

Gases can be compressed into small tanks.

Water boils at a lower temperature on a high mountain than at sea level.

The letter A shows boiling.

The flat blue lines show a change in state.

Sublimation is solid to gas without becoming liquid.

The jam is an amorphous solid.

The letter B shows particles changing from a liquid to a gas.

Crystalline solids melt at any temperature.

A needle sitting on water is held in place by the water's surface tension.

The letter B shows particles vaporizing.

The freezing point of water equals its melting point.

Is this sublimation? Clothing is hung outside on a day when the temperature is below the freezing point of water. The clothes dry, even though they freeze first.

Gas temperature and gas volume are directly proportional.

Gas behavior in tanks cannot be modeled by changes in volume and pressure.

The freezing point of metal equals its melting point.

Red diagonal lines show a state change.

In Boyle's Law, pressure increases when volume decreases (inverse relationship).

Oxygen tanks store more gas by compressing it into a smaller volume.

The temperature of water will increase as it boils.

The flat blue lines show a change in temperature.

Plastics are crystalline solids with particles arranged in regular, repeating patterns.

Is this sublimation? Dry ice changes directly to carbon dioxide gas.

The letter A shows particles vaporizing.

The temperature outside was warmer than the temperature in the gym, so the pressure of the air in the balls decreased.

The jam is best described as a liquid with high viscosity.

Red diagonal lines show an increase in temperature.

The letter A shows melting.

A needle sitting on water is held in place by the water's boiling point.

The letter A shows particles gaining enough energy to break free and slide around each other.

The graph shows that pressure and volume of a gas are directly proportional.