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1. Derive the expression for a simple spring mass system equation and its response. Plot the response for 3 different values of k, (k=1, k=10, k=100) assume mass M= 1, what are the natural frequencies in rad/sec and Hz for each case.
2. Explain the difference between 0 order, 1 order and 2 order system with figures and examples.
the velocity of point p relative to frame a is vpa -14.9 i 19.4 j fts and the acceleration of p relative to frame b
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Methane gas in a piston-cylinder assembly goes under an adiabatic (no heat transfer) quasi- equilibrium compression. (This process is called isentropic process). The pressure and volume of the gas during the process are related as PV 1.3=constant.
a gas contained in a piston cylinder assembly undergoes a process from state 1 to state 2 defined by the following
assuming you have a thermometer and a device to measure the speed of sound in a gas explain how you can determine the
1. a 1000 mm long x 100 mm wide x 4 mm thick polymer plate is designed to carry a tensile load 4 kn. in the past a
suppose that the mass in a mass-spring-dashpot system with m10 c9 and k2 is set in motion with x00 and x05 a find the
a gas expands from an initial state where p1 500 kpa and v1 0.1 m3 to a final state where p2 100 kpa. the relationship
two heavily insulated tanks are connected by a valve. tank a has a volume of 600l and contains water at 200kpa and
the jeep has a weight of 2510lb and an engine which transmits a power of 100 hp to all the wheels. assuming the wheels
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