A) 2
B) 1
C) 3
D) 4
Correct Answer: C
Solution :
for \[{{m}_{1}}=\frac{M}{4},\,{{x}_{1}}=\frac{R}{2}\] For \[{{m}_{2}}=\frac{3M}{4}\] \[{{x}_{2}}=-\frac{M/4}{3M/4}\cdot \frac{R}{2}=\frac{-R}{6}\] For \[\frac{R}{6}\], \[{{d}_{w}}\] For \[{{d}_{o}}\] \[h{{d}_{w}}g={{h}_{w}}{{d}_{w}}g+{{h}_{o}}{{d}_{o}}g\] On plotting the graphs we haveYou need to login to perform this action.
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