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hwold2 - AE383 System Dynamics HW#2 Due 1 Write the...

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1 of 1 AE383 System Dynamics HW#2 Due: November 24, 2005 1. Write the equations of the two-tank system depicted below. The restrictions at A, B, and C are of same type and same diameter, The flow rate through the restrictions is proportional square root law of the pressure difference. In addition, when 2 30 cm h = , the outflow from restriction C is 300 g/min. 2. A scheme for the position control of a load with a permanent magnet DC motor is sketched below. The gear ratio is given to be :1 N . Obtain the governing equations for this dynamic system and sketch its block diagram. 3. Obtain the model of the dashpot given below, where y is the input and z is the output. Neglect the inertias and assume that the flow through the restriction is directly proportional to the pressure difference.

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2 of 2 4. Model the hydraulic system given below. Neglect the inertias and assume that flow through the restrictions is proportional to the pressure difference.
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hwold2 - AE383 System Dynamics HW#2 Due 1 Write the...

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