The forces acting on an object weighing W units on an inclined plane positioned at an angle of θ with the horizontal (see figure)are modeled by $\mu W \sin \theta = W \tan \theta$ where μ is the coefficient of friction.Solve the equation for μ and simplify the result.
A) $$\mu = \tan \theta$$
B) $\mu = \csc \theta$
C) $\mu = \sin \theta$
D) $\mu = \sec \theta$
E) $\mu = \cot \theta$

Question

The forces acting on an object weighing W units on an inclined plane positioned at an angle of θ with the horizontal (see figure)are modeled by​ $\mu W \sin \theta = W \tan \theta$ ​ where μ is the coefficient of friction.Solve the equation for μ and simplify the result.​  ​
A) $$\mu = \tan \theta$$ 
B) $\mu = \csc \theta$ 
C) $\mu = \sin \theta$ 
D)​ $\mu = \sec \theta$ 
E) $\mu = \cot \theta$

Quizplus · Accepted Answer

The Answer of The forces acting on an object weighing W units on an inclined plane positioned at an angle of θ with the horizontal (see figure)are modeled by​ $\mu W \sin \theta = W \tan \theta$ ​ where μ is the coefficient of friction.Solve the equation for μ and simplify the result.​  ​
A) $$\mu = \tan \theta$$ 
B) $\mu = \csc \theta$ 
C) $\mu = \sin \theta$ 
D)​ $\mu = \sec \theta$ 
E) $\mu = \cot \theta$

The Forces Acting on an Object Weighing W Units on an Inclined