In case of the rotation with a period T = T block. and with a period...

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In case of the rotation with a period T = T block. and with a period T = T write the acceleration of the max min Express your answer in terms of the variables T, , and h. a = Part J (4pi^(2)h)/(T^(2) tan(beta)) Find T and T max min Express your answer in terms of the variables , , h, and constants g, separated by a comma. , max min Figure h KR m Time for 1 rotation = T 1 of 1 > In case of the rotation with a period T = T block. and with a period T = T write the acceleration of the max min Express your answer in terms of the variables T, , and h. a = Part J (4pi^(2)h)/(T^(2) tan(beta)) Find T and T max min Express your answer in terms of the variables , , h, and constants g, separated by a comma. , max min Figure h KR m Time for 1 rotation = T 1 of 1 >