A bicyclist is stopped at the entrance to a valley. as sketched below:

A bicyclist is stopped at the entrance to a valley, as sketched below:  Where would the bicyclist have the highest potential energy?  Where would the bicyclist have the lowest potential energy?  Where would the bicyclist have the highest kinetic energy?  Where would the bicyclist have the highest speed?  Would the bicyclists kinetic energy be higher at B or D?  Would the bicyclists potential energy be higher at B or D?  Would the bicyclists total energy be higher at B or D?  Suppose the bicyclist lets off the brakes and coasts down into the valley without pedaling. Even if there is no friction or air resistance to slow him down what is the farthest point the bicyclist could reach without pedaling? A bicyclist is ended during the entry to an area, as sketched below: in which would the bicyclist possess greatest prospective power? In which would the bicyclist possess least expensive prospective power? In which would the bicyclist possess greatest kinetic power? In which would the bicyclist possess greatest rate? Would the bicyclist’s kinetic power be greater at B or D? Would the bicyclist’s prospective power be greater at B or D? Would the bicyclist’s complete power be greater at B or D? assume the bicyclist allows from the brake system and coasts on to the area without pedaling. Just because there’s absolutely no rubbing or atmosphere weight to slow him straight down what’s the farthest point the bicyclist could attain without pedaling?

The possibility power may be determined because of the after formula right here, m may be the size associated with the item, g may be the speed considering gravity and h may be the level. Hence, Possible energy sources are right proportional on level Whereas, kinetic energy sources are inversely proportional to prospective power, this is certainly greater the possibility power reduced will likely to be kinetic power and the other way around a) the positioning from which the bicyclist has got the greatest prospective energy sources are at F, once the level associated with the place F is optimum. For this reason, the possibility power will likely to be highest at place F. b) the positioning from which the bicyclist has got the least expensive prospective energy sources are at B, once the level associated with the place B is minimal or height is optimum. For this reason, the possibility power will likely to be lowest at place B c) the positioning from which the bicyclist has got the greatest kinetic energy sources are at B, once the prospective energy sources are minimal at place B. Thus, the kinetic power will likely to be highest at place d) the positioning from which the bicyclist features greatest rate is B, once the kinetic energy sources are optimum at place B. Thus, the rate will likely to be greatest at place B age) The kinetic power will likely to be greater at place B than place D because level associated with the place D is much more than B, hence prospective power may well be more at place D. Thus, kinetic power will likely to be greater at place B than D
f) the possibility power will likely to be greater at place D than place B because level associated with the place D is much more than B; thus, prospective power may well be more at place D than B. g) the full total power at place B and D will likely to be just like power can neither be developed nor be damaged, it may only transform in one type to a different. h) based on legislation of preservation of power, it will always be conserved in a procedure. Hence, although there’s absolutely no rubbing or atmosphere weight to slow him straight down, the farthest point the bicyclist could attain without pedaling is place E
A bicyclist is stopped at the entrance to a valley, as sketched below:  Where would the bicyclist have the highest potential energy?  Where would the bicyclist have the lowest potential energy?  Where would the bicyclist have the highest kinetic energy?  Where would the bicyclist have the highest speed?  Would the bicyclists kinetic energy be higher at B or D?  Would the bicyclists potential energy be higher at B or D?  Would the bicyclists total energy be higher at B or D?  Suppose the bicyclist lets off the brakes and coasts down into the valley without pedaling. Even if there is no friction or air resistance to slow him down what is the farthest point the bicyclist could reach without pedaling? A bicyclist is stopped at the entrance to a valley, as sketched below:  Where would the bicyclist have the highest potential energy?  Where would the bicyclist have the lowest potential energy?  Where would the bicyclist have the highest kinetic energy?  Where would the bicyclist have the highest speed?  Would the bicyclists kinetic energy be higher at B or D?  Would the bicyclists potential energy be higher at B or D?  Would the bicyclists total energy be higher at B or D?  Suppose the bicyclist lets off the brakes and coasts down into the valley without pedaling. Even if there is no friction or air resistance to slow him down what is the farthest point the bicyclist could reach without pedaling?

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