one (i) with relaxed length αL and the other (ii) with relaxed length (1−α) L. The force constants of the two spring A and B are

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In a spring- mass system , the length of the spring is L, and it has a mass M attached to it and oscillates with an angular frequency ω. The spring is then cut into two parts, one (i) with relaxed length αL and the other (ii) with relaxed length (1−α) L. The force constants of the two spring A and B are
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In a spring- mass system , the length of the spring is L, and it has a mass M attached to it and oscillates with an angular frequency ω. The spring is then cut into two parts, one (i) with relaxed length αL and the other (ii) with relaxed length (1−α) L. The force constants [...]
Posted in: Arihant Physics by D.C Pandey , Chapter 11 - SHM , Volume 1 ,
Tags: and it has a mass M attached to it and oscillates with an angular frequency ω. The spring is then cut into two parts , In a spring- mass system , one (i) with relaxed length αL and the other (ii) with relaxed length (1−α) L. The force constants of the two spring A and B are , the length of the spring is L ,