It can be described in several ways, but elastic potential energy is the most useful.
KE- Kinetic Energy PE- Potential Energy W- Work PEel - (may be Potential Energy of electricity)
There are many applications of potential energy, with even more influences. Traditional applications in classical physics involve suspended/falling objects, whose potential energy can be defined as: Potential Energy = mass * force of gravity * height Another traditional example would be compression systems (such as springs): Potential Energy = Spring Constant (essentially the resistivity of the spring) * displacement (or how far it is compressed/stretched) Any of these described factors would contribute to an object's potential energy. Potential energy is also present as chemical, electrical and quantum/nuclear potential energy, which is much more complex and is probably best answered with a more specific question if you're interested.
The energy in the drawn bow is elastic energy, a type of potential energy.
chemical potential energy
potential energy
Potential Energy.
It can be described in several ways, but elastic potential energy is the most useful.
KE- Kinetic Energy PE- Potential Energy W- Work PEel - (may be Potential Energy of electricity)
That's a difference in electrical potential, not potential energy.It's described in units of "volts".
The potential energy of the products is greater than the potential energy of the reactants.
A dam holding water is potential energy. Kinetic energy requires motion. The general formula for kinetic energy is: Ekinetic = ½m·v² If there is no movement, velocity (v) is 0.
There are many applications of potential energy, with even more influences. Traditional applications in classical physics involve suspended/falling objects, whose potential energy can be defined as: Potential Energy = mass * force of gravity * height Another traditional example would be compression systems (such as springs): Potential Energy = Spring Constant (essentially the resistivity of the spring) * displacement (or how far it is compressed/stretched) Any of these described factors would contribute to an object's potential energy. Potential energy is also present as chemical, electrical and quantum/nuclear potential energy, which is much more complex and is probably best answered with a more specific question if you're interested.
combined potential and kinetic energy (:mass and velocity
The energy in the drawn bow is elastic energy, a type of potential energy.
Culture Shock
It is a form of potential energy.