Exploring the Physics of the Atlas Stone and Trampoline Challenge

The video explores the performance of a trampoline by testing it with various objects, including bowling balls, watermelons, and Atlas stones. The team conducts experiments to see how high these objects can bounce and discusses the results. They also engage in fun challenges like rock-paper-scissors. The video concludes with observations on the trampoline's limits and a thank you to the filming location.

What was the cost of the secondhand trampoline used in the experiments?

• $700

• $300

• $500

• $1000

What was used to measure real-time data during the experiments?

• Atlas stones

• None of the above

• Bowling balls

• Both A and B

Which fruit was used alongside bowling balls for the initial tests?

• Watermelons

• Apples

• Oranges

• Bananas

What was the primary reason for using heavier objects in the trampoline tests?

• To increase bounce height

• To test durability

• To reduce bounce height

• To make it more fun

What is the weight of the heaviest Atlas stone used in the experiments?

• 15 kilograms

• 200 kilograms

• 30 kilograms

• 45 kilograms

What game did the participants play to decide who would drop the next Atlas stone?

• Chess

• Rock Paper Scissors

• Checkers

• Tic Tac Toe

At what weight did the trampoline begin to show signs of failure?

• 30 kilograms

• 45 kilograms

• 15 kilograms

• 60 kilograms

What was the outcome when the 30 kilogram Atlas stone was used?

• The stone did not bounce at all

• The trampoline broke

• No effect on the trampoline

• The stone bounced very high

Tags

NGSS.HS-PS2-1

NGSS.HS-PS2-3

What future experiment was hinted at the end of the video?

• None of the above

• Trampoline vs. Trampoline

• Atlas stones from higher altitudes

• Bowling balls vs. watermelons

What did the experimenters conclude about the trampoline's capacity?

• None of the above

• It was indestructible

• It failed at 30 kilograms

• It could handle over 50 kilograms

Tags

NGSS.HS-PS2-1