Situation 5: Suppose the coefficient of kinetic friction between me and the plane as shown in figure is µ = 0.2 and that m= 20 kg and m² = 20 kg53. What is the acceleration of Block A0.605-0.6050.303-0.30360°54. What is the tension on the chord?80.31 N72.12 N78.17 N66.71 N1.1 m/s52. What is mass of block B in order to move 1m up in an inclined when the block initially at rest18.83 kg20.41 kg15.61 kg25.12 kg30°55. What is the time required for block B to reach the top assuming it is initially 2.5 m away.4.06 S1.07 s2.87 s3.24 s

Answered: Image /qna-images/answer/c8182796-9610-404a-9c61-de156743f8d5.jpg

Situation 5: Suppose the coefficient of kinetic friction between mA and the plane as shown in figure is uk = 0.2 and that ma = 20 kg and mB = 20 kg 15.61 kg 25.12 kg 53. What is the acceleration of Block A 0.605 -0.605 52. What is mass of block B in order to move 1m up in an inclined when the block initially at rest 18.83 kg 20.41 kg 0.303 -0.303 54. What is the tension on the chord? 80.31 N 72.12 N 78.17 N 66.71 N 60° 1 1.1 m/s 2.87 s 3.24 s 30° 55. What is the time required for block B to reach the top assuming it is initially 2.5 m away. 4.06 S 1.07 s

Situation 5: Suppose the coefficient of kinetic friction between mA and the plane as shown in figure is uk = 0.2 and that ma = 20 kg and mB = 20 kg 15.61 kg 25.12 kg 53. What is the acceleration of Block A 0.605 -0.605 52. What is mass of block B in order to move 1m up in an inclined when the block initially at rest 18.83 kg 20.41 kg 0.303 -0.303 54. What is the tension on the chord? 80.31 N 72.12 N 78.17 N 66.71 N 60° 1 1.1 m/s 2.87 s 3.24 s 30° 55. What is the time required for block B to reach the top assuming it is initially 2.5 m away. 4.06 S 1.07 s

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

Situation 5: Suppose the coefficient of kinetic friction between me and the plane as shown in figure is µ = 0.2 and that m
= 20 kg and m² = 20 kg
53. What is the acceleration of Block A
0.605
-0.605
0.303
-0.303
60°
54. What is the tension on the chord?
80.31 N
72.12 N
78.17 N
66.71 N
1.1 m/s
52. What is mass of block B in order to move 1m up in an inclined when the block initially at rest
18.83 kg
20.41 kg
15.61 kg
25.12 kg
30°
55. What is the time required for block B to reach the top assuming it is initially 2.5 m away.
4.06 S
1.07 s
2.87 s
3.24 s

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