Two springs of force constants 300 N/m (...

Two springs of force constants `300 N/m` (Spring A) and `400 N/m` (Spring B) are joined together in series. The combination is compressed by `8.75 cm.` The ratio of energy stored in A and B is `(E_(A))/(E_(B)) "Then" (E_(A))/(E_(B))` is equal to:

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Two springs of force constants `300 N/m` (Spring A) and `400 N/m` (Spring B) are joined together in series. The combination is compressed by `8.75 cm.` The ratio of energy stored in A and B is `(E_(A))/(E_(B)) "Then" (E_(A))/(E_(B))` is equal to:

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