why does the cyclist have less kinectic energy at position A than at Position B?

A.there is less friction between the tire and the road at position A than at position B.

B.there is more friction between the tire and the road at position A than at position B.

C.the cyclist has less speed at position A than at position B.

D.the cyclist has greater speed at position A than at position B.

Question

why does the cyclist have less kinectic energy at position A than at Position B?



A.there is less friction between the tire and the road at position A than at position B.




B.there is more friction between the tire and the road at position A than at position B.




C.the cyclist has less speed at position A than at position B.




D.the cyclist has greater speed at position A than at position B.

anonymous · Answer

@zubhanwc3

anonymous · Answer

@zubhanwc3

zubhanwc3 · Answer

its c o.o

zubhanwc3 · Answer

a would have less kinetic energy if it has slower speed.

anonymous · Answer

oh yeah i looked at it a c being D he is right it is C

mathstudent55 · Answer

Kinetic energy is related to speed. The higher the speed, the more kinetic energy. As the cyclist goes downhill, he gains speed, so he gains kinetic energy.

anonymous · Answer

https://encrypted-tbn2.gstatic.com/images?q=tbn:ANd9GcSwhgYNC_RksCydbStcPm0kGeGZFIOCX4K_7EMkRDr48lTPk-lH This should help.