F= 150 NTime left 0:58:3330F2= 200 N350.03 m20°In the xy coordinate system17 points - Calculate the magnitude of the resultant R= F1 + F2:N.2.7 points - Calculate the angle between the vector Rand the positive x-axis:deg3.7 points - Calculate the magnitude of the difference D F1 - F2:N.4.7 points - Calculate the coordinates of the position vector r between O and A:r5.7 points - Calculate the coordinates of the force vector R: R=k6. 7 points - Calculate the magnitude of the moment around the point O due to the resultant force R:MNm.

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F-150 N Ti 30 - 200 N 35 0.03 m 20 In the xy coordinate system 1.7 points - Calculate the magnitude of the resultant RF1+ F2 N. 27 points - Calculate the angle between the vector Rand the positive x-axis: deg 3.7 points - Calculate the magnitude of the difference D FI F2:

F-150 N Ti 30 - 200 N 35 0.03 m 20 In the xy coordinate system 1.7 points - Calculate the magnitude of the resultant RF1+ F2 N. 27 points - Calculate the angle between the vector Rand the positive x-axis: deg 3.7 points - Calculate the magnitude of the difference D FI F2:

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter9: Moments And Products Of Inertia Of Areas

Section: Chapter Questions

Problem 9.43P

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Question

F= 150 N
Time left 0:58:33
30
F2= 200 N
35
0.03 m
20°
In the xy coordinate system
17 points - Calculate the magnitude of the resultant R= F1 + F2:
N.
2.7 points - Calculate the angle between the vector Rand the positive x-axis:
deg
3.7 points - Calculate the magnitude of the difference D F1 - F2:
N.
4.7 points - Calculate the coordinates of the position vector r between O and A:r
5.7 points - Calculate the coordinates of the force vector R: R=
k
6. 7 points - Calculate the magnitude of the moment around the point O due to the resultant force R:M
Nm.

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