- #1
gagzi bear
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hope to find few answers on physics on bungee jumping
What Are the Physics Behind Bungee Jumping?
- Thread starter gagzi bear
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- bungee bungee jump physcis
In summary, the basic principle of physics behind bungee jumping is the conservation of energy, where potential energy is converted into kinetic energy and then back again. The length of the bungee cord affects the jump by determining the amount of stretch and force exerted on the person. Gravity is a crucial factor in bungee jumping, playing a role in both the initial fall and the rebound. The weight of the jumper also affects the bungee jump, requiring a specific length and strength of bungee cord. To prevent accidents, safety measures such as equipment inspections, appropriate cord length calculations, and trained professionals overseeing the jump are in place.
- #2
berkeman
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But what if the answers are wrong...gagzi bear said:
- #3
gagzi bear
- 13
- 1
Haha i hope not to
im bit confused on a bungee jump experiment so I am just trying to find few threads which contains info
not so good so far
im bit confused on a bungee jump experiment so I am just trying to find few threads which contains info
not so good so far
- #4
berkeman
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Try using the SEARCH feature in the upper right, and search for bungee in the title only. I get lots of hits. If you still have questions, post in the General Physics or one of the Engineering forums. The New Member Intro forum is just for introductions, so we shouldn't get into a discussion about it in this thread. Enjoy the PF!
- #5
gagzi bear
- 13
- 1
im still new to this.
im was not really aware about that
sorry
im was not really aware about that
sorry
- #6
gagzi bear
- 13
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how do I acess General Physics or one of the Engineering forums.
- #7
berkeman
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A good first step is to look at the Help/How To link under INFO at the top of the page. Also, you can click Forums at the upper left of the page, which accesses the top level of the PF.
- #8
gagzi bear
- 13
- 1
thank you for your help
Related to What Are the Physics Behind Bungee Jumping?
1. What is the basic principle of physics behind bungee jumping?
The basic principle of physics behind bungee jumping is the conservation of energy. When a person jumps off a platform, their potential energy is converted into kinetic energy as they fall. The bungee cord then stretches and stores this energy, which is then released and converted back into kinetic energy, bringing the person back up.
2. How does the length of the bungee cord affect the jump?
The length of the bungee cord affects the jump by determining the amount of stretch and the force exerted on the person. A longer cord will allow for a greater stretch, resulting in a longer free fall and a more intense rebound. However, if the cord is too long, it can cause the person to hit the ground, so it must be carefully calculated.
3. What role does gravity play in bungee jumping?
Gravity is a crucial factor in bungee jumping. It is what pulls the jumper towards the ground and causes the initial fall. It also plays a role in the rebound as the person's weight pulls them back down towards the ground, creating the oscillating motion of the bungee jump.
4. How does the weight of the jumper affect the bungee jump?
The weight of the jumper affects the bungee jump by determining the amount of force that the bungee cord must withstand. Heavier jumpers will experience a stronger pull towards the ground, requiring a stronger and longer bungee cord to ensure a safe jump.
5. What safety measures are in place to prevent accidents during bungee jumping?
There are several safety measures in place to prevent accidents during bungee jumping. These include thorough inspections and testing of equipment before each jump, calculating the appropriate length of the bungee cord for the weight of the jumper, and having trained professionals oversee the jump. It is also important to have a designated landing area and to ensure that the bungee cord is properly attached to the jumper's body to prevent any accidental falls.
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