The Dry Sock Trick! Science Project for Kids

The video tutorial demonstrates a fun science experiment involving a sock, a cup, and water. The experiment shows how a sock can remain dry when submerged in water due to the presence of air in the cup. The tutorial explains the concept of matter and space, and how air occupies space, preventing water from entering the cup. A variation of the experiment is also shown, where tilting the cup allows air to escape, resulting in a wet sock. The video encourages safe experimentation and understanding of basic scientific principles.

What is the main objective of the experiment introduced in the video?

• To keep a sock dry while submerged

• To measure the temperature of water

• To see if a sock can change color underwater

• To test the strength of a sock

What prevents the water from entering the cup when it is submerged?

• The temperature of the water

• The weight of the sock

• The air inside the cup

• The shape of the cup

What is matter, according to the video?

• Anything that is liquid

• Anything that can be seen

• Anything that takes up space

• Anything that is invisible

What happens when the cup is tilted underwater?

• The cup becomes heavier

• The air stays inside the cup

• The air escapes and water enters

• The sock changes color

Why does the sock get wet when the cup is tilted?

• Because the water is too deep

• Because the cup is not airtight

• Because the air escapes and water fills the space

• Because the sock absorbs water