Consider two blocks with mi = 1kg and m2 = 2kg They are connected by a massless rope on the x axis with r1 < 2. An unknown force Fapplied is applied to m2 in the +â direction and a force of friction with a magnitude of 1.0 N is applied to mi There are no friction on m2. Draw a picture. %3D The tension between m1 and m2 is T12 = 2.8 N and the two masses are moving in the +â direction. The acceleration vectors are a1, a2 with magnitudes a1, a2. %3! Part A In this problem, the direction of the friction force on mị is: O tâ O -ê Submit Request Answer Part B - What is the magnitude of F1 the force of m, on m2? lon2
Consider two blocks with mi = 1kg and m2 = 2kg They are connected by a massless rope on the x axis with r1 < 2. An unknown force Fapplied is applied to m2 in the +â direction and a force of friction with a magnitude of 1.0 N is applied to mi There are no friction on m2. Draw a picture. %3D The tension between m1 and m2 is T12 = 2.8 N and the two masses are moving in the +â direction. The acceleration vectors are a1, a2 with magnitudes a1, a2. %3! Part A In this problem, the direction of the friction force on mị is: O tâ O -ê Submit Request Answer Part B - What is the magnitude of F1 the force of m, on m2? lon2
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Transcribed Image Text:Consider two blocks with m1 = 1kg and m2 = 2kg
They are connected by a massless rope on the x axis with r1 < 12.
%3D
An unknown force Fapplied is applied to m2 in the +ê direction
and a force of friction with a magnitude of 1.0 N is applied to m1
There are no friction on m2. Draw a picture.
The tension between m1 and m2 is T12 = 2.8 N and the two masses are moving in the +â direction.
The acceleration vectors are a1, a2 with magnitudes a1, a2.
Part A
In this problem, the direction of the friction force on mi is:
O -î
Submit
Request Answer
Part B- What is the magnitude of F1.
the force of m1 on m2?
lon2,
O 2.1 N
O 3.2 N
0.98 N
O 2.8 N
O 2.5 N
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