What is the "hang time" of an athlete who can jump a vertical distance of 0.75 m? The athlete goes up 0.75 m, and then comes back down the same distance. Going up and coming down take the same time, so the hang time is twice the time for the athlete to fall 0.75 m from rest. How long is that? d = 0.75 m, a = 10 m/s2, t = ? The hang time is twice the time to fall = 2(0.385 s) = 0.77 s Check: http://www.batesville.k12.in.us/physics/phynet/mechanics/kinematics/answers/answers_sep_30.htm Hope you understand
Work is the force times distance, so the answer is 2,850,000 joules.
I've never been too sure what this so-called "hang time" means. Is it meant to imply that one person is somehow able to stay elevated in mid-air longer than someone else, because of some muscular maneuver or other ? Don't you believe it. Except for the tiny difference in air resistance experienced by a skinny person compared to a fat person in the space of a 10-foot drop, any two people who have the same vertical speed when they're at the same height always experience the same vertical acceleration and hit the ground at the same time. That's regardless of anything they did before the moment when they had the same vertical speed at the same height, and regardless of anything they can do with their muscles on the way down.
it testes a female athlete's balance as she performs jumps leaps,runs and walks across the entire length of the beam. Three short stops are allowed to regain balance. If the gymnanst falls, she can start again within ten seconds.
Sir Isaac's first law: An object in motion, tends to stay in motion. If you try and jump from a stopped position you have to exert an enormous amount of energy all at once. According to Newton, if you are already moving then you don't have to exert that burst of energy all at once. If you add that energy all at once when you are already moving then it gets added to the energy of the existing motion.
static line jumps are static, free fall are not :P
Vertical jumps are jumps where the athlete propels themselves upwards as high as possible, with a focus on height achieved rather than distance. These jumps are commonly used in sports like basketball and volleyball to improve explosiveness and power. Variations include the squat jump and the tuck jump.
Because he already has forward momentum.
Hurdlers
Conditioning in volleyball can range from running a mile everyday before practice to doing box jumps to improve the vertical jump. Most conditioning is focused to strengthen the arms, legs, and core of the athlete.
how high you can jump straight up and down.
Mat, bar stand, bar and athlete
No. The best ways to improve your vertical are improving your deadlift, squat, and by doing depth jumps.
well mj's vertical says that it is higher than lebrons
To measure distance using jumps, take note of how many jumps it takes to cover the distance. Each person's jump length is unique, so it may help to establish a standard jump length to ensure consistency. Additionally, use landmarks or objects at the starting and ending points to aid in accurately measuring the distance covered by the jumps.
What determines the amount of horizontal and vertical distance a basketball player travels while making a slam dunk is momentum. The players weight and velocity combine to carry momentum as he jumps, soars, and lands.
3rd jump:4.647 meters
The term 'broad jump' means the same as the term 'long jump'. Where the long jump is an event where an athlete runs a short distance and then jumps through the air to see how far they can go, the standing broad (long) jump is where an athlete jumps through the air to see how far they can go from a standing position. Click on the 'Standing Broad Jump' link below to learn more about it.