Bungy Jumping: Max Elastic Potential Energy Explained

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In summary, bungy jumping is an extreme sport where a person jumps from a tall structure while attached to a bungy cord. The cord is designed to stretch and recoil, providing a thrilling freefall experience before gently bringing the jumper to a stop. The maximum elastic potential energy in bungy jumping is the amount of energy stored in the bungy cord when it is stretched to its maximum length, and it can be calculated using the formula E = 1/2kx². Bungy jumping can be a safe activity when proper precautions are taken, but it does come with inherent risks. Factors such as the length and elasticity of the bungy cord, the weight and height of the jumper, and the location
  • #1
7bear
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Suppose a boy is playing bumgy jump. When he jumps out and reachs the lowest bottom (instanteous at rest), there is zero K.E.
At that time, there is max. elelastic potential energy in the string. Which energy is changed to it(max. elelastic potential energy) :confused: ?
 
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  • #2
don't forget gravity

When the boy jumps he has zero KE but maximum gravitational PE (with respect to the ground). It's that gravitational PE which gets transformed into elastic PE.
 
  • #3
Of course, the gravitationnal PE first turns into KE, which then turns into the elastic PE.
 

FAQ: Bungy Jumping: Max Elastic Potential Energy Explained

What is bungy jumping?

Bungy jumping is an extreme sport where a person jumps from a tall structure while attached to a bungy cord. The cord is designed to stretch and recoil, providing a thrilling freefall experience before gently bringing the jumper to a stop.

What is the maximum elastic potential energy in bungy jumping?

The maximum elastic potential energy in bungy jumping is the amount of energy stored in the bungy cord when it is stretched to its maximum length. This energy is then released as the cord recoils, propelling the jumper back upwards.

How is the maximum elastic potential energy calculated in bungy jumping?

The maximum elastic potential energy in bungy jumping can be calculated using the formula E = 1/2kx², where E is the energy, k is the spring constant of the bungy cord, and x is the maximum length the cord is stretched.

Is bungy jumping safe?

Bungy jumping, like any extreme sport, comes with inherent risks. However, when proper safety precautions are taken, such as using high-quality equipment and trained operators, bungy jumping can be a fun and safe experience.

What are some factors that can affect the maximum elastic potential energy in bungy jumping?

The maximum elastic potential energy in bungy jumping can be affected by several factors, including the length and elasticity of the bungy cord, the weight and height of the jumper, and the location and weather conditions of the jump.

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