`The systeam shown is figure consists of `3` springs and two rods. If the temperature of the rod is increased by `DeltaT`, then the total energy stored in three springs is `beta xx (99)/(484)kL^(2)alpha^(2)(DeltaT)^(2)`. Datermine the value of `beta`. The soring are initially relaxed and there is no frication anywhere. For rod the coefficient of linear expansion is `alpha`
The systeam shown is figure consists of `3` springs and two rods. If the temperature of the rod is
`The systeam shown is figure consists of `3` springs and two rods. If the temperature of the rod is increased by `DeltaT`, then the total energy stored in three springs is `beta xx (99)/(484)kL^(2)alpha^(2)(DeltaT)^(2)`. Datermine the value of `beta`. The soring are initially relaxed and there is no frication anywhere. For rod the coefficient of linear expansion is `alpha`
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