While getting farther from the Sun in its orbit, an asteroid (or other object) will gain potential energy, and lose kinetic energy.
When a force is exerted over a distance, it is work energy. Work is defined as the process of moving an object by applying force. This work energy can result in the object gaining kinetic energy or potential energy.
As you go higher above a hill, your potential energy increases due to the increase in gravitational potential energy. This is because you are moving farther away from the center of the Earth, resulting in an increase in potential energy.
When charges move by an electric field to a position of lower potential energy, some of their potential energy is converted into kinetic energy. This results in the charges gaining speed and moving faster as they approach the lower potential energy position.
A moving ball has kinetic energy, which is energy associated with its motion.
Things like wind, waves, sound, and electricity have moving energy. Moving energy is often referred to as kinetic energy and is associated with the movement of objects or particles.
Zero.Zero.Zero.Zero.
incorrect. The farther away from earth a galaxy is, the faster it is moving.
for fastest speed of actual forward movement i believe its an asteroid
When a force is exerted over a distance, it is work energy. Work is defined as the process of moving an object by applying force. This work energy can result in the object gaining kinetic energy or potential energy.
It's probably a bit of both. As long as the bike is moving it'll have some kinetic energy. If it's moving uphill it'll be gaining potential energy and if it's moving downhill it'll be losing potential energy.
Usually by another asteroid moving through the belt and hitting one, creating a force to move an asteroid from its orbit. Also, if a large enough asteroid passes by, it is possible that the gravity that it generates could pull a few off.
No.
As you go higher above a hill, your potential energy increases due to the increase in gravitational potential energy. This is because you are moving farther away from the center of the Earth, resulting in an increase in potential energy.
Not just like that, it'll prefer to keep moving in its established track. It'd pretty much have to bump into another asteroid to change orbit radically.
When charges move by an electric field to a position of lower potential energy, some of their potential energy is converted into kinetic energy. This results in the charges gaining speed and moving faster as they approach the lower potential energy position.
its a fifty fifty chance we just dont know It depends on how fast the asteroid is moving and the size of the asteroid. Then you have to consider the size of the planet (diameter, etc.), and its orbital speed, etc.
The electron moving from a lower to a higher energy level equates to moving from a specific orbit 'r' to a specific orbit 'rr' that is farther from the nucleus.