Understanding the Destructive Force of Hail

The video explains hail as a form of solid precipitation, detailing its formation in thunderstorms and the specific conditions required. It distinguishes hail from other frozen precipitation like snow and sleet, highlighting the unique layered structure of hail. The video also discusses the hazards posed by hail, including potential damage to property and safety risks. It concludes with methods for detecting hail using weather radars and safety measures to protect against hailstorms.

What is the typical size range of hailstones?

• 1 to 3 millimeters

• 5 to 15 millimeters

• 20 to 30 millimeters

• 50 to 100 millimeters

Which type of cloud is essential for the formation of hail?

• Cumulonimbus clouds

• Stratus clouds

• Altostratus clouds

• Cirrus clouds

How does hail differ from snow?

• Hail is formed from layers of frozen water droplets, while snow has a crystalline structure.

• Hail is smaller than snow.

• Hail forms at higher temperatures than snow.

• Hail is softer than snow.

What was the weight of the heaviest recorded hailstone?

• 0.5 kilograms

• 1.02 kilograms

• 2.5 kilograms

• 3.0 kilograms

What is a recommended safety measure during a hailstorm?

• Stay outdoors to observe the hail.

• Use vehicles to shield yourself.

• Stay indoors and avoid using vehicles.

• Climb to higher ground.