General Knowledge

Survive a Lightning Strike Quiz

Could you survive nature's most electrifying threat? Separate myths from life-saving facts.

Survive a Lightning Strike Quiz: Test Your Knowledge

About 240,000 people are struck by lightning every year worldwide — and roughly 90% survive. But surviving often comes down to knowing fact from dangerous fiction. From understanding why rubber tires don't protect you to learning the 30-30 rule, this quiz tests the knowledge that could genuinely save your life.

How It Works

Each round presents 10 randomized questions from a pool of 50, with four multiple-choice options and instant feedback after every answer. Your final score comes with a performance tier and shareable results.

What You'll Learn

You'll explore the jaw-dropping physics of lightning bolts, survival techniques like the lightning crouch, deadly indoor and outdoor hazards, famous lightning records, bizarre phenomena like ball lightning and sprites, and the myths that continue to put lives at risk.

Frequently Asked Questions

What should you do in a lightning storm?

Go indoors immediately. If you can't reach a building, get inside a hard-topped metal vehicle. Avoid tall objects, open fields, bodies of water, and lone trees. If caught fully exposed, use the lightning crouch — squat low on the balls of your feet, feet together, head down, and cover your ears. Do not lie flat on the ground.

Can you survive being struck by lightning?

Yes — about 90% of lightning strike victims survive. The main cause of death is cardiac arrest, so immediate CPR and defibrillation dramatically improve survival chances. Lightning strike victims carry no residual electrical charge and are safe to touch, so do not hesitate to help them.

Does rubber protect you from lightning?

No. Rubber-soled shoes and car tires offer no meaningful protection from a lightning bolt carrying up to 300 million volts. Cars are actually safe during lightning storms, but only because of the Faraday cage effect — the metal body of the car channels electricity around the occupants — not because of the rubber tires.

Last updated: March 2026