What will be the force constant of the spring system shown in figure? A. `[(1)/(k_(1)) +(1)/(k_(2))]`B. `[(1)/(2k_(1)) +(1)/(k_(2))]^(-1)`C. `[(1)/(k_(1)) +(1)/(k_(2))]^(-1)`D. `[(1)/(2k_(1)) +(1)/(k_(2))]`

What will be the force constant of the spring system shown in figure?

1.	What will be the force constant of the spring system shown in figure? A. `[(1)/(k_(1)) +(1)/(k_(2))]`B. `[(1)/(2k_(1)) +(1)/(k_(2))]^(-1)`C. `[(1)/(k_(1)) +(1)/(k_(2))]^(-1)`D. `[(1)/(2k_(1)) +(1)/(k_(2))]`
Answer» Correct Answer - B For parrallel combinacation of first two identical spring of spring constant `k_(1)` effactive spring constant `K_(p) = 2k_(1)` Now spring of spring constant `k_(p)` and `k_(2)` are joined in spring so the force constant of the spring constant of the system is `(1)/(k_(s)) = (1)/(k_(p)) + (1)/(k_(2)) = ((1)/(2k_(1)) + (1)/(k_(2)))^(-1)`

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What will be the force constant of the spring system shown in figure? A. `[(1)/(k_(1)) +(1)/(k_(2))]`B. `[(1)/(2k_(1)) +(1)/(k_(2))]^(-1)`C. `[(1)/(k_(1)) +(1)/(k_(2))]^(-1)`D. `[(1)/(2k_(1)) +(1)/(k_(2))]`

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