Static Friction A 20-pound box sits at rest on a horizontal surface, and there is friction between the box and the surface. One side of the surface is raised slowly to create a ramp. The friction force f opposes the direction of motion and is proportional to the normal force F N exerted by the surface on the box. The proportionality constant is called the coefficient of friction , μ . When the angle of the ramp, θ , reaches 20 ° , the box begins to slide. Find the value of μ to two decimal places.
Static Friction A 20-pound box sits at rest on a horizontal surface, and there is friction between the box and the surface. One side of the surface is raised slowly to create a ramp. The friction force f opposes the direction of motion and is proportional to the normal force F N exerted by the surface on the box. The proportionality constant is called the coefficient of friction , μ . When the angle of the ramp, θ , reaches 20 ° , the box begins to slide. Find the value of μ to two decimal places.
Solution Summary: The author explains how a 20-pound box sits at rest, and there is friction between the box and the surface. The proportionality constant is called the coefficient of friction,.
Static Friction A 20-pound box sits at rest on a horizontal surface, and there is friction between the box and the surface. One side of the surface is raised slowly to create a ramp. The friction force f opposes the direction of motion and is proportional to the normal force
exerted by the surface on the box. The proportionality constant is called the coefficient of friction,
. When the angle of the ramp,
, reaches
, the box begins to slide. Find the value of
to two decimal places.
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