Consider a variation on an Atwood machine in which the masses are each on a (frictionless) incline (Fig. 5-35). The mass sliding on incline 1, m1, is 1.50 kg, and the angle of this incline = 62°. If the mass on the second incline, m2, is 2.50 kg, is 0, = what is the angle 02 so that the system does not accelerate? m2/

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Chapter1: Units, Trigonometry. And Vectors
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please helpe aswer this, show the free body diagram (if applicable) and pls explain thank you

Consider a variation on an Atwood machine in which the
masses are each on a (frictionless) incline (Fig. 5-35). The mass
sliding on incline 1, m1, is 1.50 kg, and the angle of this incline
is 01 = 62°. If the mass on the second incline, m2, is 2.50 kg,
what is the angle 02 so that the system does not accelerate?
%3D
m2/
my
Transcribed Image Text:Consider a variation on an Atwood machine in which the masses are each on a (frictionless) incline (Fig. 5-35). The mass sliding on incline 1, m1, is 1.50 kg, and the angle of this incline is 01 = 62°. If the mass on the second incline, m2, is 2.50 kg, what is the angle 02 so that the system does not accelerate? %3D m2/ my
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