(1) In the figure to the A right, spherical masses are suspended from strings of negligible mass in various ways. We will also assume that the pulleys are frictionless, that the spherical masses are stationary, and that the scales have As negligible mass. consequence of Newton's 3rd Law, the scale reads the tension in the string where it is attached. Assume all spherical masses have a weight of 10 N. (a) (b) (c) a What does the scale in A read? Explain your reasoning. What does the scale in B read? Explain your reasoning. What does the scale in C read? Explain your reasoning.
(1) In the figure to the A right, spherical masses are suspended from strings of negligible mass in various ways. We will also assume that the pulleys are frictionless, that the spherical masses are stationary, and that the scales have As negligible mass. consequence of Newton's 3rd Law, the scale reads the tension in the string where it is attached. Assume all spherical masses have a weight of 10 N. (a) (b) (c) a What does the scale in A read? Explain your reasoning. What does the scale in B read? Explain your reasoning. What does the scale in C read? Explain your reasoning.
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What is the answer for this question? a,b and c.
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The tension in the string will be the force that the string applies to counter the weight hanging with it. So, the tension is opposite in direction to the weight.
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