Yes, it is, because you are moving.
Itβs true
An example would be a ball rolling down a hill. The ball rolling down would show motion.
No. The car is applying a force to keep going up the hill and the hill and car are providing forces to keep it up.
when a man climbing the hill,one type of energy exists that is potential energy
That question would really be tough to answer, because perpetual motion is not possible.
A ball going down a hill is energy in motion. You walking is also energy in motion. A car moving is another example of energy in motion.
An example would be a ball rolling down a hill. The ball rolling down would show motion.
No. The car is applying a force to keep going up the hill and the hill and car are providing forces to keep it up.
No. The car is applying a force to keep going up the hill and the hill and car are providing forces to keep it up.
A ball going down a hill is energy in motion. You walking is also energy in motion. A car moving is another example of energy in motion.
If your vehicle begins to overheat while climbing a hill you should
Not really. Newtons laws basically are: 1. an object at rest will stay at rest and an object in motion will stay in motion unless acted upon by a force 2. force equals mass times acceleration 3. every reaction has an equal and opposite reaction Roller coasters are, however, a good example of conservation of energy.
when a man climbing the hill,one type of energy exists that is potential energy
That question would really be tough to answer, because perpetual motion is not possible.
Climbing down as in climbing down a hill, the tiger is looking for prey, to hunt, to kill. Climbing up the hill, it means the tiger is done with all earthly struggles and wishes to end all the killing, and to go up the hill to rest.
simple hill climbing uses evaluation function i.e evaluation of goal state & finding of better state, these 2 things can be done through heuristic knowledge, where as steepest ascent hill climbing have three major problem states i.e. local maximum, palteau & ridge which can be overcome by backtrack, jump, move several direction @ same time respectively & according to me steepest ascent hill climbing is extend version of simple hill climbing. if my whole concept is wrong let me know.
simple hill climbing uses evaluation function i.e evaluation of goal state & finding of better state, these 2 things can be done through heuristic knowledge, where as steepest ascent hill climbing have three major problem states i.e. local maximum, palteau & ridge which can be overcome by backtrack, jump, move several direction @ same time respectively & according to me steepest ascent hill climbing is extend version of simple hill climbing. if my whole concept is wrong let me know.
Gravity. When you're climbing up a hill, you're pretty much competing against gravity.