Question: Blocks A and B are connected by rope I and are pulled across a rough surface by rope 2, which is attached to block 13,

 Blocks A and B are connected by rope I and are

pulled across a rough surface by rope 2, which is attached to

Blocks A and B are connected by rope I and are pulled across a rough surface by rope 2, which is attached to block 13, as shown. The applied force is strong enough to make the blocks speed up. Compare the magnitude of the tensions in ropes l and 2' _; 1 2 F 0000 O The magnitude of the tensions in the two ropes will not be equal. The tension in the two ropes will be equal due to Newton's second law; The tension in the two ropes will be equal due to Newton's third law. Nothing can be determined about howr the two tensions will compare without knowing the acceleration of the system. I DON'T KNOWYET

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