Next, consider the case where the block is suspended on an inclined surface by the same massless spring, as shown below. The free-body diagram for the block is also provided below. Notice that the surface makes an angle (0 ) of 22.0° and the force of friction, f points up the incline (as shown in the free-body diagram). What is the force of friction on the block if the spring is pulled up the incline by stretching it 0.520 m from its relaxed equilibrium length, assuming that the block is at rest? Answer in units of newtons (N), with 3 sig figs.

Next, consider the case where the block is suspended on an inclined surface by the same massless spring, as shown below. The free-body diagram for the block is also provided below. Notice that the surface makes an angle (0 ) of 22.0° and the force of friction, f points up the incline (as shown in the free-body diagram). What is the force of friction on the block if the spring is pulled up the incline by stretching it 0.520 m from its relaxed equilibrium length, assuming that the block is at rest? Answer in units of newtons (N), with 3 sig figs.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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