Computer Duster + Water = EXPLOSION!?

The video explores the explosive reaction of computer duster (difluoroethane) with water, demonstrating the effect using a high-speed camera. Various substances like liquid nitrogen and butane are tested for similar reactions, but only difluoroethane causes an explosion. The video concludes with an analysis of molecular interactions, suggesting that the polar nature of difluoroethane and water leads to the explosive reaction.

What is the chemical name of the substance referred to as computer duster?

• 1,1-difluoroethane

• Methane

• Oxygen

• Carbon dioxide

What was the result of the experiment with liquid nitrogen?

• It caused a fire

• There was no explosion

• It caused a small explosion

• It caused a large explosion

Why did the experiment with cooking oil not result in an explosion?

• Cooking oil is too dense

• Cooking oil is too cold

• Cooking oil is too hot

• Cooking oil is nonpolar

What characteristic of difluoroethane contributes to its explosive reaction with water?

• Its low boiling point

• Its high density

• Its high viscosity

• Its polar nature

What type of molecular interaction is likely involved in the explosive reaction between difluoroethane and water?

• Metallic bonding

• Hydrogen bonding

• Covalent bonding

• Ionic bonding