Two masses $m$ and $M$ are attached to the strings as shown in the figure. If the system is in equilibrium, then
Two masses $m$ and $M$ are attached to the strings as shown in the figure. If the system is in equilibrium, then
- A
$\cot \theta=1+\frac{2 m}{M}$
- B
$\tan \theta=1+\frac{2 M}{m}$
- C
$\tan \theta=1+\frac{2 m}{M}$
- D
$\cot \theta=1+\frac{2 M }{ m }$
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Inside a horizontally moving box, an experimenter finds that when an object is placed on a smooth horizontal table and is released, it moves with an acceleration of $10\,m / s ^2$. In this box if $1\,kg$ body is suspended with a light string, the tension in the string in equilibrium position (w.r.t. experimenter) will be$.........\,N$ (Take $g =10\,m / s ^2$ )
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