In the analysis of frictional forces on a flat belt, T2 = T1 e m b. In this equa

Question

In the analysis of frictional forces on a flat belt, T2 = T1 e m b. In this equation, b equals ______
Question 2 options:
A/ Angle of contact in degrees

B/ Angle of contact in radians

C/ Coefficient of static friction

D/ Coefficient of kinetic frition MetroPCS Wi-Fi12:33 PM 10 * 14% Previous Page Next Page Page 2 of6 Note: It is recommended that you save your response as you complete each question. Question 2(5 points) In the analysis of frictional forces on a flat belt, T2 T1 eIn this equation, b equals m b Angle of contact in degrees Angle of contact in radians Coefficient of static friction Coefficient of kinetic frition Save Previous Page Next Page

Explanation / Answer

In the analysis of frictional forces on a flat belt, T2 = T1 e m b.

In this equation, b equals Angle of contact in radians

So, correct answer is option (B)

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