In the figure shown, a 10 kg block rests on an inclined plane that has a co-efficient of friction u = 0.5. A force of 400N is applied in the given direction parallel to the ground. Find: (i) The acceleration with which the mass moves up along the inclined plane (ii) The time taken to reach the top and final velocity (assume it starts at rest) DO NOT USE ENERGY APPROACH DO NOT USE ENERGY APPROACH.] 20m NOTE F= 40ON a = ? 400N cpanallel to . ( m=10|Kg-· qreund) M=0.5 parallel to the graund O =300

In the figure shown, a 10 kg block rests on an inclined plane that has a co-efficient of friction u = 0.5. A force of 400N is applied in the given direction parallel to the ground. Find: (i) The acceleration with which the mass moves up along the inclined plane (ii) The time taken to reach the top and final velocity (assume it starts at rest) DO NOT USE ENERGY APPROACH DO NOT USE ENERGY APPROACH.] 20m NOTE F= 40ON a = ? 400N cpanallel to . ( m=10|Kg-· qreund) M=0.5 parallel to the graund O =300

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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Question

In the figure shown, a 10 kg block rests on an inclined plane that has a co-efficient of
friction u = 0.5. A force of 40ON is applied in the given direction parallel to the ground.
Find:
(i) The acceleration with which the mass moves up along the inclined plane
(ii) The time taken to reach the top and final velocity (assume it starts at rest)
DO NOT USE ENERGY APPROACH
DO NOT USE ENERGY APPROACH.]
NOTE F= 400N
parallel to the
ground
a = ?
0.5
F 400N
cpanallet fo @ll ma
gaaund)
0=300

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