Physics Experiment: Bungee Jumping Height & Distance

In summary, to determine the effect of height on a bungee jumper's distance traveled and number of bounces until it stops, an experiment can be created using Hooke's Law and formulas for vibrations with dumping force. By measuring the initial height and observing the number of bounces and distance traveled, both quantitative and qualitative results can be obtained.
  • #1
young_asianpr
1
0

Homework Statement


Create an Experiment (using your creativity) that shows how height affect a bungee jumper's distance traveled and the number of bounces until it stops. This must include both quantitative and qualitative results.


Homework Equations





The Attempt at a Solution

 
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  • #2
young_asianpr said:

Homework Statement


Create an Experiment (using your creativity) that shows how height affect a bungee jumper's distance traveled and the number of bounces until it stops. This must include both quantitative and qualitative results.


Homework Equations





The Attempt at a Solution


Welcome to the PF.

What can you tell us about height affects the potential energy of the bungee jumper? If you assume the bungee rope acts as an ideal spring, what can you tell us about how you can use Hooke's Law to help you answer the question.

We do not do your work for you here on the PF. Try your best to make some progress on this question on your own, and show us your work and efforts.
 
  • #3
When the string has its physical length (i.e it is not streched ) we are in a position where the jumper will do oscillations with initial velocity (which can be found from the height) and there is also dumping force which is gravirty(when he moves upwards) so forulas for vibrations with dumping force are needed.
 
  • #4
actually gravity is asked upon he him in both directions.
 
  • #5
So the restoring force when he is at the upper maximum displacement position is only gravity , while the restoring force at the lowest position is the spring force minus the gravitational force.
 

Related to Physics Experiment: Bungee Jumping Height & Distance

1. How does the height of the bungee jump affect the distance traveled?

The height of the bungee jump directly affects the distance traveled by the jumper. According to the law of conservation of energy, the potential energy at the top of the jump is converted into kinetic energy as the jumper falls. Therefore, the higher the jump, the more potential energy the jumper has and the greater the distance they will travel.

2. Does the weight of the jumper impact the bungee jump distance?

Yes, the weight of the jumper does impact the bungee jump distance. Heavier jumpers will have more gravitational potential energy at the top of the jump and will therefore travel a greater distance compared to lighter jumpers.

3. How does the length of the bungee cord affect the distance traveled?

The length of the bungee cord also plays a significant role in determining the distance traveled during a bungee jump. A longer bungee cord will stretch more, allowing the jumper to fall further before reaching the bottom of the cord. This results in a greater distance traveled compared to a shorter bungee cord.

4. What other factors can affect the distance traveled in a bungee jump?

Aside from the height of the jump and the length of the bungee cord, other factors that can affect the distance traveled include air resistance, wind speed, and the elasticity of the bungee cord. These factors can vary and may impact the accuracy of the calculated distance.

5. Is the distance traveled in a bungee jump always the same?

No, the distance traveled in a bungee jump can vary depending on the conditions and variables mentioned above. Additionally, human error and the accuracy of the measuring equipment can also affect the recorded distance. However, with precise measurements and controlled conditions, the distance traveled can be accurately predicted using physics principles.

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