Question

1) The block of weight W is given an initial velocity $v_1 = 6 m/s$ up the $20^\circ$ incline at point A. Calculate the velocity $v_2$ with which the block passes A as it slides back down. Assume static and kinetic coefficient of friction are equal to each other. (20%) $\mu_k = 0.20$

Name: 1 the block of weight w is given an initial velocity v1 6 ms up the 20circ incline at point a calculate the velocity v2 with which the block passes a as it slides back down assume static a 26021
Uploaded: 2021-06-12T19:45:52-08:00
Duration: 2 min 40 s
Channel: Suzanne W.
Description: 1 the block of weight w is given an initial velocity v1 6 ms up the 20circ incline at point a calculate the velocity v2 with which the block passes a as it slides back down assume static a 26021

          1) The block of weight W is given an initial velocity $v_1 = 6 m/s$ up the $20^\circ$ incline at point A. Calculate the velocity $v_2$ with which the block passes A as it slides back down. Assume static and kinetic coefficient of friction are equal to each other. (20%)
$\mu_k = 0.20$

1 the block of weight w is given an initial velocity v1 6 ms up the 20circ incline at point a calculate the velocity v2 with which the block passes a as it slides back down assume static a 26021

Added by Christian J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Suzanne W.

06/12/2021

Step 1

Given: Initial velocity up the incline, $v_1 = 6 \text{ m/s}$ Angle of incline, $\theta = 20^\circ$ Kinetic coefficient of friction, $\mu_k = 0.20$ Static coefficient of friction, $\mu_s = \mu_k = 0.20$ (as stated in the problem) We need to find the velocity $v_2$ Show more…

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1) The block of weight W is given an initial velocity $v_1 = 6 m/s$ up the $20^\circ$ incline at point A. Calculate the velocity $v_2$ with which the block passes A as it slides back down. Assume static and kinetic coefficient of friction are equal to each other. (20%) $\mu_k = 0.20$