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What is the mass of a diver whose gravitational potential energy changes by 4441 Joules when diving into water from a height of 3.6 meters?
Wiki User
∙ 15y ago
This is actually a relatively simple question. Gravitational Potential Energy is defined as Mass times Height times the gravitational constant. mgh is the formula. We set this equal to zero. mgh = 4441J. We know the height, 3.6 meters and the gravitational constant, which on earth is 9.8 meters per second squared. We then solve for m. m = 125.88kg. Hope this helps!
Wiki User
∙ 15y ago
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What type of energy does a diver have while standing at the edge of a diving board?
I think itz gravitational potential energy
What type of energy does a boy have who jumps up and dives off of a diving board?
Kinetic energy, and gravitational potential energy.
What is the potential energy of a 150 kg diver standing on a diving board that is 10 m high?
Gravitational potential energy is equal to mgh (mass x gravity x height). Gravity is about 9.8. The answer is in newtons.
What kind of energy is used when diving?
Diving uses gravitational energy to make the diver fall, and chemical energy to enable the diver to control his or her muscles while diving.
What force after you have climbed to the top of the diving board gives you more potential energy than you had on the ground?
The force of gravity increases your potential energy as you increase your distance from the Earth's surface. Therefore, when you climb to the top of a diving board you have more potential energy due to gravity than you had on the ground.
What energy is it when the diver jumps and the board bends down?
The diver at the top of a diving board has potential energy
What type of energy does a diver have while standing at the edge of a diving board?
I think itz gravitational potential energy
What type of energy does a boy have who jumps up and dives off of a diving board?
Kinetic energy, and gravitational potential energy.
Can energy to be both potential energy and kinetic energy?
Yes but not both at the same time. All energy is conserved, therefore energy before equals energy after. For example jumping from a ten metre diving board you have gravitational potential energy as you are fulling gravitational potential energy is converted to kinetic energy.
A diver is standing on a 2 m high diving board. The diver has 1274 J of gravitational potential energy.Calculate the diver's mass?
64.9559kg if the gravity acceleration is 1
How do you calculate GPE?
You do this: multiply the mass X Banana divided by chocolate to the power of 2 X M95 Barret 50cal shooting a watermelon 15 miles away in midair while doing a backflip of a diving board into a pool of jelly in speedo.
What is the potential energy of a 150 kg diver standing on a diving board that is 10 m high?
Gravitational potential energy is equal to mgh (mass x gravity x height). Gravity is about 9.8. The answer is in newtons.
When the diving board is elasticated.What kind of energy does the diving board have?
potential energy
What kind of energy is used when diving?
Diving uses gravitational energy to make the diver fall, and chemical energy to enable the diver to control his or her muscles while diving.
What force after you have climbed to the top of the diving board gives you more potential energy than you had on the ground?
The force of gravity increases your potential energy as you increase your distance from the Earth's surface. Therefore, when you climb to the top of a diving board you have more potential energy due to gravity than you had on the ground.
How can you increases the potential energy of a diver in the Olympics?
The higher the diving board, the more increase of potential energy.
Which would have more potential energy a man diving form a 2 meter board or a man diving from a 10 meter board?
Assuming that the two are the same man ... the man diving from a 10 meter board would have five times the potential energy as the man on the 2 meter board. The energy is directly proportional to the height.
