The students speed immediately before reaching the trampoline is very important. If they are going too slow, they will not be able to make it over the hump and onto the trampoline. If they are going too fast, they will not be able to control their landing and could potentially hurt themselves.
The ideal speed is somewhere in between these two extremes.
When you are about to reach the trampoline, your speed will determine how high you will be able to bounce. If you are going too slow, you will not make it onto the trampoline and will fall off. The faster you are going, the higher you will bounce.
You need to find a sweet spot where you are going fast enough to make it onto the trampoline, but not so fast that you go flying off.
Top 10 Worst Trampoline Fails 2019 *PARALYZED*
Credit: www.homedepot.com
What is the Students Speed Immediately before She Reaches the Trampoline After the Jump?
Assuming the student is jumping from a standing position, her speed immediately before she reaches the trampoline will be approximately 9.8 m/s (or 22 mph). This is due to the force of gravity acting on her body as she falls. However, once she reaches the trampoline, her speed will change depending on how much energy is absorbed by the trampoline.
When You Jump on a Trampoline When Does Your Velocity Increase?
When you jump on a trampoline, your velocity increases when you reach the highest point of your jump. At this point, you have zero velocity and are momentarily at rest. However, the momentum that you’ve built up from jumping allows you to keep moving upward until gravity takes over and pulls you back down to the surface of the trampoline.
What is Movement of a Trampoline?
Assuming you would like an answer regarding the physics of trampolines:
When a person stands on a trampoline, they are actually pushing down on the mat. This action causes the springs to compress and store energy.
When the person jumps, this stored energy is released and propels them upwards. The reason why people can keep bouncing on a trampoline is because each time they come down, they compress the springs again, which in turn allows them to bounce even higher next time.
What Force is Used on a Trampoline?
When you jump on a trampoline, the surface pushes up against your feet with a force that is equal to your weight. This force is called the normal force. Thenormal force is what keeps you from falling through the trampoline.
When you jump, your body tries to push off of the trampoline as if it were a solid surface, but because the trampoline is elastic, it stretches and gives way. The stretch of the trampoline creates another force called the spring force. The combination of the normal force and spring force is what propels you into the air when you jump on a trampoline.
Conclusion
The students speed immediately before reaching the trampoline is very important. If they are too slow, they will not be able to make it over the top of the trampoline. If they are going too fast, they will not be able to control their landing and may end up injuring themselves.
The perfect speed is somewhere in between these two extremes.
