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Energy can neither be created nor destroyed. It is converted to other forms of energy.
There is potential energy and kinetic energy. Sitting on your bicycle on top of the hill you have no kinetic energy, only potential energy.
When you ride down the hill, the potential energy is used up (you go down the hill) and it converts to kinetic energy (speed).
"What happens when you stop at the bottom of the hill - wasn't the potential and kinetic energy destroyed?" No. All the potential energy was converted to kinetic energy. The kinetic energy was converted to heat through the wind resistance. So, if you had an extremely accurate thermometer, you would see the air and bicycle temperature rise as you went down the hill.
What else can I help you with?
What do all energies perform?
All energies perform work by enabling movement or change in an object or system. This work can manifest as mechanical work, thermal work, electrical work, or other forms depending on the type of energy involved.
When energies change from form to form they go through an energy?
When energies change from one form to another, they go through an energy transformation process, where they are converted from one type of energy to another. This transformation can involve the energy changing its properties, such as from potential to kinetic energy or from electrical to thermal energy.
What is the spectrum contains photons of all energies?
The spectrum that contains photons of all energies is the electromagnetic spectrum. This spectrum includes a wide range of photon energies, from low-energy radio waves to high-energy gamma rays. Each type of electromagnetic radiation corresponds to a different energy level of photons.
The what radiation spectrum contains photons of all energies?
The electromagnetic radiation spectrum contains photons of all energies, ranging from high-energy gamma rays to low-energy radio waves. Each type of electromagnetic radiation corresponds to a specific range of photon energies based on its frequency or wavelength.
What type of energy makes most of internal energy?
The internal energy of a system is primarily composed of kinetic energy (due to the movement of particles) and potential energy (due to the interactions between particles). These energies contribute to the overall thermal energy of the system.
What type of energy is in?
there are chemical energies in gasoline
What type of energies are out there?
fossil energy alternative energy nuclear power
What type of energy is in gasoline?
there are chemical energies in gasoline
How is sound energy and light energy alike?
firstly both are type of energies. secondly, both energies can be used to obtain heat energies. thirdly both can be detected by human senses.
How is light energy and sound energy alike?
firstly both are type of energies. secondly, both energies can be used to obtain heat energies. thirdly both can be detected by human senses.
What type of energy is produced in your body?
Technically, your body does not make any energy. Your body converts one form of energy, mainly chemical, to various other from of energies.
What type of energy causes electrons to jump?
Electrical energy ; ) and potential, kinetic, magnetic, or heat energies
What type of energy releases energy?
as far as i know energies don't release energies. they transfer their form from one to another. energy can neither be created nor destroyed, it only changed it's form.
Which type of energy refers to the sum of potential and kinetic energies in the particles substance?
Thermal energy A+++
X-rays are what type of energy?
Electromagnetic Radiation; photons with exceptionally high energies.
What do all energies perform?
All energies perform work by enabling movement or change in an object or system. This work can manifest as mechanical work, thermal work, electrical work, or other forms depending on the type of energy involved.
What is meant by conventional energy resources?
The energies which can be used again and again. this type of energy is called non conventional energy. This is otherwise called as renewable energy.
