Jump From Space: What Happens If You Do A Space Jump?

The video explores the concept of skydiving from the International Space Station (ISS), comparing it to regular skydiving and highlighting the challenges involved. It discusses the gravitational differences at the ISS's altitude, the risks posed by space debris, and the long-term orbit a skydiver would experience. The video also covers the re-entry process, the extreme temperatures faced, and the need for a mechanism to slow the descent for a safe landing. Ultimately, it concludes that such a jump is practically impossible without advanced technology like Iron Man's suit.

What is the height from which Alan Eustis set the world record for the highest freefall jump?

• 3.7 kilometers

• 41.4 kilometers

• 435 kilometers

• 330 kilometers

Why would a skydiver from the ISS not fall directly to the ground?

• The skydiver would be pulled back to the ISS

• The skydiver would float in space indefinitely

• The skydiver would fall into orbit due to reduced gravity

• The ISS is too far from Earth

What is a significant risk for a skydiver orbiting Earth from the ISS?

• Losing communication with Earth

• Space debris collision

• Getting lost in space

• Running out of oxygen

How long could a skydiver potentially remain in orbit before starting to fall towards Earth?

• More than two years

• Several months

• A few hours

• A few days

What extreme condition would a skydiver face during re-entry into Earth's atmosphere?

• Lack of oxygen

• Intense temperatures causing the suit to catch fire

• Zero gravity

• High-speed winds