B3-CT35: BLOCKS MOVING AT CONSTANT SPEED-FORCE ON BLOCK A block is moving to the right across a rough table at a constant speed of 2 m/s. The tables and the blocks are identical in the two cases. In Case A, the block is pushed with a stick and in Case B, the block is pulled with a string. The angle that the applied force makes with the horizontal is the same in both cases. 2 m/s Will the magnitude of the force on the block by the stick in Case A be (i) greater than, (ii) less than, or (iii) equal to the tension on the block by the string in Case B? Case A 2 m/s Explain your reasoning. Case B

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B3 NEWTON's LAWS
B3-CT35: BLOCKS MOVING AT CONSTANT SPEED-FORCE ON BLOCK
A block is moving to the right across a rough table at a constant speed of
2 m/s. The tables and the blocks are identical in the two cases. In Case
A, the block is pushed with a stick and in Case B, the block is pulled
with a string. The angle that the applied force makes with the horizontal
is the same in both cases.
2 m/s
Will the magnitude of the force on the block by the stick in Case A
be (i) greater than, (ii) less than, or (iii) equal to the tension on the
block by the string in Case B?
Case A
2 m/s
Explain your reasoning.
Case B
Transcribed Image Text:B3 NEWTON's LAWS B3-CT35: BLOCKS MOVING AT CONSTANT SPEED-FORCE ON BLOCK A block is moving to the right across a rough table at a constant speed of 2 m/s. The tables and the blocks are identical in the two cases. In Case A, the block is pushed with a stick and in Case B, the block is pulled with a string. The angle that the applied force makes with the horizontal is the same in both cases. 2 m/s Will the magnitude of the force on the block by the stick in Case A be (i) greater than, (ii) less than, or (iii) equal to the tension on the block by the string in Case B? Case A 2 m/s Explain your reasoning. Case B
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