How Does Surface tension | Middle school chemistry | Khan Academy Work?

Surface tension is like when water acts like it has a skin on top, it helps things float and keeps droplets from breaking apart easily.

Imagine you're playing with a bubble wand in the bathtub. When you blow, the water forms bubbles that stay round instead of collapsing into a flat shape. That’s surface tension at work!

Think of water molecules as kids holding hands in a circle during recess. Each kid (water molecule) holds hands with their neighbors, this is like surface tension. When you’re on the outside of the circle, you have fewer friends to hold hands with, so it's easier for things to pop the bubble or break through the water’s surface.

That same skin effect helps insects walk on water and makes droplets stay together on a leaf, just like how your bubble stays round even when you blow it gently. Surface tension is everywhere, in puddles, raindrops, and even your favorite soda! Surface tension is like when water acts like it has a skin on top, it helps things float and keeps droplets from breaking apart easily.

Imagine you're playing with a bubble wand in the bathtub. When you blow, the water forms bubbles that stay round instead of collapsing into a flat shape. That’s surface tension at work!

Think of water molecules as kids holding hands in a circle during recess. Each kid (water molecule) holds hands with their neighbors, this is like surface tension. When you’re on the outside of the circle, you have fewer friends to hold hands with, so it's easier for things to pop the bubble or break through the water’s surface.

That same skin effect helps insects walk on water and makes droplets stay together on a leaf, just like how your bubble stays round even when you blow it gently. Surface tension is everywhere, in puddles, raindrops, and even your favorite soda!