The video explores the true shape of raindrops, debunking the common teardrop misconception. It explains how surface tension and air resistance affect raindrop shapes, resulting in forms like spheres, burger buns, pancakes, and parachutes. Wind tunnel experiments simulate raindrop behavior, showing how they flatten and break apart as they grow larger. The video concludes that raindrops are more like pancakes and hamburgers than teardrops.

What shape do raindrops initially take due to surface tension?

• Cylinder

• Cube

• Sphere

• Teardrop

Which force is NOT acting on a raindrop as it falls?

• Gravity

• Magnetic force

• Air resistance

• Surface tension

What is the term for the constant speed a falling object reaches when the force of gravity is balanced by air resistance?

• Initial velocity

• Terminal velocity

• Average speed

• Maximum speed

Which tool is used to study raindrop shapes on Earth?

• Barometer

• Telescope

• Wind tunnel

• Microscope

Which of the following is NOT a shape that raindrops can take?

• Pyramid

• Sphere

• Burger bun

• Parachute

At what size do raindrops typically break apart?

• 1 millimeter

• 10 millimeters

• 5 to 6 millimeters

• 3 millimeters

What happens to raindrops as they grow larger and reach a certain size?

• They break apart into smaller drops

• They evaporate

• They turn into snowflakes

• They become more spherical