Find the frequency of oscillations of the system in the figure. The bar is rigid and light. [Hint: A spring of force constant `k_(1)` at a distance a is equivalent to a spring of force constant `k_(1)(a/b)o^(2)` at a distance b)

Find the frequency of oscillations of the system in the figure. The ba

1.	Find the frequency of oscillations of the system in the figure. The bar is rigid and light. [Hint: A spring of force constant `k_(1)` at a distance a is equivalent to a spring of force constant `k_(1)(a/b)o^(2)` at a distance b)
Answer» Correct Answer - `2nsqrt((m)/(k_(1)k_(2))[k_(1)+k_(2)((b)/(a))^(2)])`

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Find the frequency of oscillations of the system in the figure. The bar is rigid and light. [Hint: A spring of force constant `k_(1)` at a distance a is equivalent to a spring of force constant `k_(1)(a/b)o^(2)` at a distance b)

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