Explanation Given Information: When the spring is connected in series to a block A vibrates with a period ( τ s ) of 5 s. When the spring is connected in parallel to a block A vibrates with a period ( τ p ) of 2 s. Calculation: Write the expression for displacement ( δ 1 ) of the spring at top: δ 1 = P 1 k 1 Here, P 1 is load applied on spring 1. Write the expression for displacement ( δ 2 ) of the spring at bottom: δ 2 = P 1 k 2 Here, P 1 is load applied on spring 1. Write the expression for total displacement ( δ ) both the spring in bottom and top: δ = P 1 k s Here, k s is spring constant of a sing equivalent of spring 1 and 2. Calculate the total displacement of spring at top and bottom using the relation: δ = δ 1 + δ 2 Substitute P 1 k s for δ , P 1 k 1 for δ 1 , and P 1 k 2 for δ 2 . P 1 k s = P 1 k 1 + P 1 k 2 k s = k 1 k 2 k 1 + k 2 Write the expression for pull ( P 1 ) in spring 1: P 1 = k 1 δ Write the expression for pull ( P 2 ) in spring 2: P 2 = k 2 δ Write the expression for pull ( P ): P = k δ Calculate the total pull ( P ) in the system using the relation: P = P 1 + P 2 Substitute k P δ for P , k 1 δ for P 1 , and k 2 δ for P 2 . k P δ = k 1 δ + k 2 δ k P = k 1 + k 2 Write the expression for frequency ( ω s ) of series spring using the relation: ω s = k s m Write the expression for frequency ( ω p ) of parallel spring using the relation: ω p = k p m Write the expression for time period ( τ s ) of series spring using the relation: τ s = 2 π ω s Substitute k s m for ω s . τ s = 2 π k s m (1) Write the expression for time period ( τ p ) of parallel spring using the relation: τ p = 2 π ω p Substitute k p m for ω p

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ISBN: 9781259633133

Author: BEER

Publisher: MCG

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Chapter 19.1, Problem 19.23P

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The ratio (k1/k2) of the two spring constants.

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The ratio ( k 1 / k 2 ) of the two spring constants.

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