wall BLOCK y ) 45° 15.L F In the figure above, force F pushes a block against a wall at the angle shown. The block has weight 10 N. The coefficient of static friction between the block and wall is 0.6. The coefficient of kinetic friction between the block and wall is 0.3. (a) When the magnitude of the force F is 10 N, the block remains stationary. Draw the free body diagram for the block and calculate the x- and y-component of each force acting on the block. (b) When the magnitude of the force F is 5 N, the block slides down the wall. Draw the free body diagram for the block and calculate the x- and y-component of each force acting on the block.

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
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y
wall
) 45°
In the figure above, force F pushes a block against a wall at the
angle shown. The block has weight 10 N. The coefficient of
static friction between the block and wall is 0.6. The coefficient
of kinetic friction between the block and wall is 0.3.
(a) When the magnitude of the force F is 10 N, the block
remains stationary. Draw the free body diagram for the block
and calculate the x- and y-component of each force acting on
the block.
(b) When the magnitude of the force F is 5 N, the block slides
down the wall. Draw the free body diagram for the block and
calculate the x- and y-component of each force acting on the
block.
BLOCK
Transcribed Image Text:y wall ) 45° In the figure above, force F pushes a block against a wall at the angle shown. The block has weight 10 N. The coefficient of static friction between the block and wall is 0.6. The coefficient of kinetic friction between the block and wall is 0.3. (a) When the magnitude of the force F is 10 N, the block remains stationary. Draw the free body diagram for the block and calculate the x- and y-component of each force acting on the block. (b) When the magnitude of the force F is 5 N, the block slides down the wall. Draw the free body diagram for the block and calculate the x- and y-component of each force acting on the block. BLOCK
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