100 N 50° 40⁰ 20⁰ 70° 400 N 300 N X The resultant of the system of forces was resolved into the A-axis and an unindentified B-axis. Given that the resolved component in the A-axis is 300 N, 20° South of West. Find the angle of the B-axis with respect to the y-axis. Also find the magnitude and direction of the resolved component along the B-axis. What is the magnitude and direction if we add a force F to make the resultant of the system be 500 N West. (-500 N in the x-axis).
100 N 50° 40⁰ 20⁰ 70° 400 N 300 N X The resultant of the system of forces was resolved into the A-axis and an unindentified B-axis. Given that the resolved component in the A-axis is 300 N, 20° South of West. Find the angle of the B-axis with respect to the y-axis. Also find the magnitude and direction of the resolved component along the B-axis. What is the magnitude and direction if we add a force F to make the resultant of the system be 500 N West. (-500 N in the x-axis).
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Transcribed Image Text:100N
500
Y
40°
20⁰
70°
400 N
300 N
A
X
The resultant of the system of forces was resolved into
the A-axis and an unindentified B-axis. Given that the
resolved component in the A-axis is 300 N, 20° South of
West. Find the angle of the B-axis with respect to the
y-axis. Also find the magnitude and direction of the
resolved component along the B-axis.
What is the magnitude and direction if we
add a force F to make the resultant of the
system be 500 N West. (-500 N in the x-axis).
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Step 1: Determining what is given in the question.
VIEWStep 2: Solving of direction of B-axis.
VIEWStep 3: Here we will determine the magnitude of the resolved component along B-axis.
VIEWStep 4: Resolving the components along x and y axis.
VIEWStep 5: Determining the magnitude and direction of F.
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