anonymous
  • anonymous
Most athletic shoes have coefficients of static friction of 0.80 on a tile surface. What is the minimum time in which a person at rest could move 3 meters on this surface if they start from rest?
Physics
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anonymous
  • anonymous
Most athletic shoes have coefficients of static friction of 0.80 on a tile surface. What is the minimum time in which a person at rest could move 3 meters on this surface if they start from rest?
Physics
jamiebookeater
  • jamiebookeater
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anonymous
  • anonymous
wat is acc(deceleration) caused by frictional force?
anonymous
  • anonymous
Fapp-f=ma?
anonymous
  • anonymous
dont consider the force that u give to sustain its motion wat is the minimum time required to move 3m that is time taken while the decelerating force (acceleration that is) F=ma=0.8*mg so a=?

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anonymous
  • anonymous
So a=7.84m/s2? What about the 3 meters?
anonymous
  • anonymous
consider the frictional force to be uniform and use the eqns for uniform acceleratiun u know them?
anonymous
  • anonymous
uhh do you mean: fsmax=\[\mu s * \eta\] and fk=\[\mu k * \eta\]
anonymous
  • anonymous
u r right F-Ff=ma a-a0=A(net) where F is the force u give to more it Ff is frictional force=mg*mui a0=g*mui find net acc Anet u know eqns 4 uniform acc?

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