What Happens When You Throw Boiling Water Into Freezing Air?

The video explains the viral phenomenon where boiling water turns into snow when thrown into extremely cold air. It outlines the necessary conditions for this to occur, such as boiling the water to 100°C and ensuring the outside temperature is below -20°C. The scientific explanation involves rapid evaporation and condensation of water vapor. Safety precautions are emphasized to prevent injury during the experiment.

What is the main reason this boiling water experiment has become popular on social media?

• It is a traditional winter activity.

• It is visually impressive and unusual.

• It is a simple science experiment.

• It creates real snow.

Which of the following is NOT a requirement for the boiling water to snow transformation?

• Outdoor temperature between -20 to -30°C.

• Throwing water in a specific direction.

• Boiling water at 100°C or 212°F.

• Using a safe vessel to carry the water.

Why is it important to avoid throwing boiling water directly upwards?

• It will freeze before reaching the ground.

• It will evaporate too quickly.

• It could fall back and cause burns.

• It might not turn into snow.

What happens to the boiling water when it is thrown into extremely cold air?

• It evaporates and condenses into a cloud.

• It remains as liquid water.

• It turns into snowflakes.

• It freezes into ice.

What is the scientific reason for the rapid evaporation of boiling water in cold air?

• Boiling water is denser than cold water.

• Boiling water is closer to freezing point.

• Cold air is less dense and holds more vapor.

• Cold air is dense and holds less vapor.