Force vector A has a length of 5 N and an angle of 30° with respect to the positive x- axis. Force vector B has a length of 10 N and an angle of 150° with respect to the positive x-axis. What is the magnitude and direction (with respect to the positive x- axis) of the third force vector which must be added to A and B in order to make the net force equal to zero? (All three forces act on the same object). 15 N, 290 degrees 8.67 N, 300 degrees 5 N, 270 degrees 7.5 N, 330 degrees 12.5 N, 300 degrees
Force vector A has a length of 5 N and an angle of 30° with respect to the positive x- axis. Force vector B has a length of 10 N and an angle of 150° with respect to the positive x-axis. What is the magnitude and direction (with respect to the positive x- axis) of the third force vector which must be added to A and B in order to make the net force equal to zero? (All three forces act on the same object). 15 N, 290 degrees 8.67 N, 300 degrees 5 N, 270 degrees 7.5 N, 330 degrees 12.5 N, 300 degrees
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Transcribed Image Text:Force vector A has a length of 5 N and an angle of 30° with respect to the positive x-
axis. Force vector B has a length of 10 N and an angle of 150° with respect to the
positive x-axis. What is the magnitude and direction (with respect to the positive x-
axis) of the third force vector which must be added to A and B in order to make the
net force equal to zero? (All three forces act on the same object).
15 N, 290 degrees
8.67 N, 300 degrees
5 N, 270 degrees
7.5 N, 330 degrees
12.5 N, 300 degrees
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