Please use the formula for gravitational energy:PGE = mgh (mass x gravity x height)
Near Earth, the value for "gravity" is approximately 9.8 (newton/kilogram).
It is 15275 Newtons.
yes, because there is a potential that he'll move on that hill and his energy is stored while standing.
He would have most potential energy when he hasn't started going down yet, since the higher he is, the greater his potential energy. Potential Energy= mass*gravity*height(from ground)
The energy in the drawn bow is elastic energy, a type of potential energy.
chemical potential energy
Its a bad example, but some potential energy is involved. You convert chemical energy from the fuel to kinetic energy and heat energy. The kinetic energy drives you into the water. There the car sinks because of the height difference and gravity. This is a form of potential energy. A better example would be a person driving up and down a mountain. When driving up a mountain you store kinetic energy into potential energy. On the way down you regain the potential energy you stored, which results in a higher kinetic energy when driving down.
Not sure what you mean by "this height". An object's potential energy is equal to:gravitational potential energy = mass x gravity x height
yes, because there is a potential that he'll move on that hill and his energy is stored while standing.
Potential energy, usually referred to as U. In the scenario described, U=mgh where m=the mass of the person, g=gravity on Earth, and h=the height of the platform.
his potential energy from standing on the building turns to kenetic energy when he is falling
He would have most potential energy when he hasn't started going down yet, since the higher he is, the greater his potential energy. Potential Energy= mass*gravity*height(from ground)
It is the stored energy. Like for example, a person was standing still. The answer is basically the energy inside matter that is staying still.
The energy in the drawn bow is elastic energy, a type of potential energy.
When an object is lifted to a certain height, the mechanical energy of the person or system lifting the object gets transferred into the potential energy of the object. Thus if an object of mass/weight 'm' is lifted to a height 'h', then the potential energy possed by the object at height 'h' is given as: Potential Energy (P.E)= m*g*h, where g is acceleration due to gravity and whose value is 9.8 m/s2.
chemical potential energy
Its a bad example, but some potential energy is involved. You convert chemical energy from the fuel to kinetic energy and heat energy. The kinetic energy drives you into the water. There the car sinks because of the height difference and gravity. This is a form of potential energy. A better example would be a person driving up and down a mountain. When driving up a mountain you store kinetic energy into potential energy. On the way down you regain the potential energy you stored, which results in a higher kinetic energy when driving down.
Mechanical force pushes the wheelchair up the ramp. The total weight multiplied by the height gain is the gain in potential energy. The energy needed is that plus a little extra to allow for friction. The potential energy in joules is the weight in Newtons times the height in metres.
potential energy is an easy energy... just like kenetiic and activation energy some examples of potention energy is a person on top of a hill standing, getting ready to ski.... they have potential energy as they are not moving but are gettting ready to be involved with kenetic energy. also a match getting started...is potentiaal energy.