Course Home\ An object of mass

m

is at rest at the top of a\ smooth slope of height

h

and length

L

. The\ coefficient of kinetic friction between the object and\ the surface,

\\\\mu _(k)

, is small enough that the object will\ slide down the slope if given a very small push to\ get it started.\ Part A\ Find an expression for the object's speed at the bottom of the slope.\ Express your answer in terms of the variables

m,\\\\mu _(k),L,h

, and appropriate constants.\ View Available Hint(s)\

v=

\ Part B Complete previous part(s)\ Provide FeedbackAn object of mass

m

is at rest at the top of a\ smooth slope of height

h

and length

L

. The\ coefficient of kinetic friction between the object and\ the surface,

\\\\mu _(k)

, is small enough that the object will\ slide down the slope if given a very small push to\ get it started.\ Part A\ Find an expression for the object's speed at the bottom of the slope.\ Express your answer in terms of the variables

m,\\\\mu _(k),L,h

, and appropriate constants.\ View Available Hint(s)\

v

\ Previous Answers\ Correct\ Part B\ Sam, whose mass is

80kg

, stands at the top of a 13-m-high, 110-m-long snow-covered slope. His skis have a\ coefficient of kinetic friction on snow of 0.07 . If he uses his poles to get started, then glides down, what is his spee\ bottom?\ Express your answer with the appropriate units.\ View Available Hint(s)\

v=

\

v=

Part B\ Sam, whose mass is

80kg

, stands at the top of a 13-m-high, 110-m-long snow-covered slope. His skis have a\ coefficient of kinetic friction on snow of 0.07 . If he uses his poles to get started, then glides down, what is his speed at the\ bottom?\ Express your answer with the appropriate units.\ View Available Hint(s)\

v=

\ MacBook Air

Sam, whose mass is 80kg, stands at the top of a 13-m-high, 110m-long snow-covered slope. His skis have a coefficient of kinetic friction on snow of 0.07 . If he uses his poles to get started, then glides down, what is his speed at the bottom? Express your answer with the appropriate units. Sam, whose mass is 80kg, stands at the top of a 13-m-high, 110m-long snow-covered slope. His skis have a coefficient of kinetic friction on snow of 0.07 . If he uses his poles to get started, then glides down, what is his speed at the bottom? Express your answer with the appropriate units