Two blocks each of mass M are connected to the ends of a light frame as shown in figure. The frame si rotated about the vertical line of symmetry. The rod breaks if the tension in it exceeds `T_0`. Find the maximum frequency with which the frame may be rotted without breaking the rod. A. `1/(2pi)[T_(0)/(Ml)]^(1//2)`B. `1/(2pi)[(Ml)/T_(0))]^(1//2)`C. `1/(2 pi)[(MT_(0))/l)]^(1//2)`D. `1/(2pi)[l/(MT_(0)]^(1//2)`

Two blocks each of mass M are connected to the ends of a light frame a

1.	Two blocks each of mass M are connected to the ends of a light frame as shown in figure. The frame si rotated about the vertical line of symmetry. The rod breaks if the tension in it exceeds `T_0`. Find the maximum frequency with which the frame may be rotted without breaking the rod. A. `1/(2pi)[T_(0)/(Ml)]^(1//2)`B. `1/(2pi)[(Ml)/T_(0))]^(1//2)`C. `1/(2 pi)[(MT_(0))/l)]^(1//2)`D. `1/(2pi)[l/(MT_(0)]^(1//2)`
Answer» Correct Answer - A

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