The kinetic energy of the arrow is dependent on its weight and the speed at which it is launched.
if you use one bow to fire two different sized arrows, they will both have the SAME kinetic energy. a heavy arrow will shoot slower but hit harder while the light arrow will fly faster but wont impact as hard.
Friction and cohesiveness are the only differences. The matter has stronger potential energy with stronger cohesive forces and the energy has stronger kinetic energy with demonstration as frictional force.
You "crack" it.
Not necessarily. It canbe as heavy as ordinary rock, or much ligher. The lightest rock on earth, pumice, is a volcanic rock. It is light enough to float in water.
The speed of light is a constant, so the acceleration is zero. However, light IS affected by gravity, and gravity causes an acceleration. How does this balance? The light moves at the same speed - the speed of light, abbreviated "c" - but loses or gains energy as the light moves toward or away from the gravity source. In gaining energy (without speeding up!) the frequency of the light is increased and the wavelength of the light (or any electromagnetic energy) is decreased, In losing energy, the wavelength is increased and the wavelength decreased. This could be a trick question, of course. Light from a star wouldn't be travelling from earth, unless we are talking about reflected light, which would not be particularly intense, but it is not out of the question.
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They will both have the same kinetic energy if fired from the same bow. the heavy arrow will shoot slower but hit harder while the light arrow would shoot fast but wont impact as hard. the difference wouldnt be noticible.
The heavy truck likely has greater kinetic energy because kinetic energy is directly proportional to an object's mass. Since the truck has more mass than the light car, it would usually have more kinetic energy when they are both moving at the same speed.
Make the place a little steep to go down. If its a light car or paper car then the object can't receive kinetic energy. If its a heavy car then your chances of getting kinetic energy would be 89.68%.
Light energy is radiant energy.
No, a light bulb does not convert kinetic energy into electrical energy. Light bulbs rely on electrical energy to produce light. The kinetic energy of moving objects is not directly converted into electrical energy to power the light bulb.
Kinetic
Light energy is considered a form of kinetic energy because it consists of photons, which are particles that have both energy and momentum. When light interacts with matter, it can transfer this energy and momentum, causing particles to move or vibrate, which is characteristic of kinetic energy.
Neither potential nor kinetic. It is itself a energy
good answer but its none of them light energy is radiant energy
Visible light is a form of electromagnetic radiation that carries energy. When light interacts with an object, it can transfer its energy to the object, causing its particles to move and vibrate, which is known as kinetic energy. In this way, visible light is related to kinetic energy by transferring energy to objects and causing them to move.
Kinetic energy is typically not used in a light bulb. Instead, light bulbs use electrical energy to generate light through the heating of a filament or the excitation of gases. The kinetic energy may play a role in powering the generator that produces the electricity for the light bulb.
No, electromagnetic energy is not a form of kinetic energy. Electromagnetic energy refers to the energy carried by electromagnetic waves such as light, while kinetic energy is the energy of motion.