A) Acceleration is more in A, when force is applied on A.
B) Acceleration is more in B, when force is applied on B.
C) Acceleration is same and does not depend on whether the force is applied on \[\,{{m}_{1}}\] or \[\,{{m}_{2}}\]
D) Acceleration depends on the tension in the tiring.
Correct Answer: C
Solution :
[c] \[a=\frac{F}{{{m}_{1}}+{{m}_{2}}}\] So the acceleration is same whether the force is applied on\[{{m}_{1}}\], or\[{{m}_{2}}\].
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