(Figure 1)Block 1, of mass m₁ = 0.650 kg, is connected over an ideal (massless and frictionless) pulley to block 2, of mass m2, as shown. For an angle of 0 = 30.0° and a coefficient of kinetic friction between block 2 and the plane of μ = 0.300, an acceleration of magnitude a = 0.350 m/s² is observed for block 2.

(Figure 1)Block 1, of mass m₁ = 0.650 kg, is connected over an ideal (massless and frictionless) pulley to block 2, of mass m2, as shown. For an angle of 0 = 30.0° and a coefficient of kinetic friction between block 2 and the plane of μ = 0.300, an acceleration of magnitude a = 0.350 m/s² is observed for block 2.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Newton’s Third Law of Motion

The horse pulls the cart and the cart pulls the horse in response as per Newton third law. So the big question is, “Don’t the two forces cancel each other? How does the cart accelerate?”

Question

Find the mass of block 2, m2.
Express your answer numerically in kilograms.
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(Figure 1)Block 1, of mass m₁ = 0.650 kg, is connected
over an ideal (massless and frictionless) pulley to block
2, of mass m2, as shown. For an angle of 0 = 30.0° and
a coefficient of kinetic friction between block 2 and the
plane of μ = 0.300, an acceleration of magnitude a =
0.350 m/s² is observed for block 2.
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