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Derive the transfer function between commanded and actual speed if the control used in Figure 13.2-5 is used. Assume that the electromagnetic torque is equal to its commanded value, that the load torque is zero, and that the combined inertia of the electric machine and load is J.
a cylinderpiston arrangement contains water at 105 c 85quality with a volume of 1l. the system is heated causing the
A single-row deep groove ball bearing operating at 1500 rpm is acted upon by a 2668 lb. radial load. The inner ring rotates, the load is steady and the service is continuous. Determine the rating life in hours if the basic load rating is 9210 lb.
a group of students is developing a plan to deliver water from a lake to a downhill village. the students plan to use a
a biomass fired furnace has an output of 6300 kw. it burns biomass that has a heating value of 8100 btulb. at what rate
What will the reaction Rx on the test stand be now? Is this reaction sufficient to serve as a braking force during airplane landing?
a spring 75 nm has an equilibrium length of 1.00 m. the spring is compressed to a length of 0.50m and a mass of 2.1kg
The external heat transfer coefficient is h=10 W/m^2*K. What is the rate of heat loss to the ambient?
create the main window shown here. you may use any layout manager or you may lay the components out manually.when a
A Stirling cycle operates with 1 kg of air between thermal energy reservoirs at 27oC and 527oC. The maximum cycle pressure is 2000 kPa and the minimum is 100 kPa. Assuming constant specific heat at room temperature,
consider an air standard otto cycle with a compression ratio of 8. the engine inlet conditions are p100 kpa t290k and
Sketch the general shape of the diffuser and then determine the throat diameter and the exit pressure assuming isentropic ?ow throughout. Neglect the exiting kinetic energy.
blood flows from the left ventricle of the heart up through the ascending aorta. this system can be modeled as a
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