A man jumps off a swingset ()

  • Thread starter igul222
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In summary, the conversation is about a man jumping off a swingset at the peak of his swing. The length of the swing chain and the distance from the pivot to the ground are given, and the question is asking for the distance from his landing point to the base of the swing. The problem is simplified by assuming insignificance of air resistance and friction. The solution involves solving for the initial speed and angle, and then using regular trajectory motion formulas to determine the distance.
  • #1
igul222
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Homework Statement



A man jumps off a swingset at the peak of his swing (45 degrees from swing's base, which is perpendicular to the ground). The length of the swing chain is 2.13 meters, the distance from the pivot (where the chain attaches to the base) to the ground is 2.53 meters. What is the distance from his landing point to the base of the swing (the point on the ground below where the swing normally rests)? Air resistance, friction, etc... are insignificant.

Any help or guidance is appreciated.
 
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  • #2
Once you figure out the initial speed and angle, it is just a regular trajectory motion question like throwing a ball or shooting a bullet. I always start that type of question by figuring out the horizontal and vertical components of the initial velocity, then writing two headings: horizontal and vertical
Ask yourself what kind of motion (accelerated or constant speed) you have in each case and write the appropriate formulas under each heading.
 
  • #3
The problem I've ben having is really figuring out the initial speed and angle - once that's done, I think I can do it.

Does anyone have any ideas on how to solve those?
 
  • #4
Sorry! I bungled that. On reading the question I noticed that he jumps off at the peak of this swing - at that point the person and the swing are stopped. So he will fall straight down. It is not a projectile motion problem at all.
 

What is the physics behind a man jumping off a swingset?

The physics behind a man jumping off a swingset involves potential and kinetic energy. When the man sits at the highest point on the swing, he has the most potential energy. As he swings down and jumps off, this potential energy is converted into kinetic energy, allowing him to move through the air.

How high can a man jump off a swingset?

The height a man can jump off a swingset depends on a variety of factors, including the height and speed of the swing, the strength of the jumper, and the surface he is jumping onto. On average, a man can jump off a swingset at a height of 3-4 feet.

Is jumping off a swingset dangerous?

Jumping off a swingset can be dangerous if not done properly. Factors such as landing surface, height of the swing, and the jumper's ability can all impact the safety of the jump. It is important to exercise caution and follow proper technique when jumping off a swingset.

Can a man get injured from jumping off a swingset?

Yes, a man can potentially get injured from jumping off a swingset. Common injuries include sprains, strains, and fractures. It is important to use caution and proper technique when jumping off a swingset to reduce the risk of injury.

How can I improve my jump off a swingset?

You can improve your jump off a swingset by building strength in your legs and core, practicing proper jumping technique, and choosing a safe landing surface. It is also important to start with smaller jumps and gradually increase height and distance as you build strength and skill.

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