Consider the a force vector of 25.0 Newtons, applied at an angle of 60.0 degrees south of west. Determine the horizontal and vertical components of this vector. 60⁰ 7 OFx12.5 N west, O Fx = 25.0 west, O Fx = 21.6 N west, O Fx = 10.0 N west, Fy = 21.6 N south Fy=25.0 south Fy=12.5 N south Fy=15.0 N south
Consider the a force vector of 25.0 Newtons, applied at an angle of 60.0 degrees south of west. Determine the horizontal and vertical components of this vector. 60⁰ 7 OFx12.5 N west, O Fx = 25.0 west, O Fx = 21.6 N west, O Fx = 10.0 N west, Fy = 21.6 N south Fy=25.0 south Fy=12.5 N south Fy=15.0 N south
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Transcribed Image Text:Consider the a force vector of 25.0 Newtons, applied at an angle of 60.0 degrees south of west.
Determine the horizontal and vertical components of this vector.
60⁰
7
OFx=12.5 N west,
O Fx = 25.0 west,
O Fx = 21.6 N west,
O Fx = 10.0 N west,
Fy = 21.6 N south
Fy=25.0 south
Fy = 12.5 N south
Fy=15.0 N south
Transcribed Image Text:An object experiences two applied forces, Force A and Force B, both acting in their respective directions (see image below):
FB = 10.0 N
Which of the following identifies the correct magnitude and direction of the resultant force?
O
FA = 3.0 N
FAB = 13.0 N
FAB = 10.4 N
FAB = 10.4 N
FAB = 13.0 N
FAB = 10.4 N
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