A block of mass 1 kg at height 0.25 meters is held in place against a spring of spring constant k = 217.1 by a horizontal external force. The spring is compressed 0.2 meters. The external force is removed, and the block is projected and descends a track. The block enters a rough section of coefficient of kinetic friction 0.2 at B, extending to C, where it stops after raveling a distance d, see figure below. Calculate the distance d. k him A h m V₁ m 8 v₂=0 m C
A block of mass 1 kg at height 0.25 meters is held in place against a spring of spring constant k = 217.1 by a horizontal external force. The spring is compressed 0.2 meters. The external force is removed, and the block is projected and descends a track. The block enters a rough section of coefficient of kinetic friction 0.2 at B, extending to C, where it stops after raveling a distance d, see figure below. Calculate the distance d. k him A h m V₁ m 8 v₂=0 m C
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Transcribed Image Text:A block of mass 1 kg at height 0.25 meters is held in place against a spring of spring constant k = 217.1 by a horizontal external force. The
spring is compressed 0.2 meters. The external force is removed, and the block is projected and descends a track. The block enters a rough
section of coefficient of kinetic friction 0.2 at B, extending to C, where it stops after raveling a distance d, see figure below.
Calculate the distance d.
k
him
A
h
m
V₁
M
8
Hk
v₂=0
m
C
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