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find the matrix using the assembly languageincludeltstdiohgtint array100int mainint nposawhile1printfenter 1 to
1 simplify the above system block diagram and determine its closed-loop transfer functionsfor the following questions
develop a series 90-30 program that functions a motor forwardreverse controller design your circuit so that the stop
a house is maintained at 1 atm and 24 c and warm air inside a house is forced to leave the house at a rate of 150 m3h
determine the per unit values of the starting torque as the base quantity for an induction motor having a full load
according to ohms law current increases when voltage increasesivr but current decreases when voltage increases
discover the basic concept of electronic rectifiers and build up the basic skill of electronic fault-finding and
The input pressure is 20 atmospheres and the output pressure is 10 atmospheres. If the input volume flow rate is 100 cm^3/sec what is the output flow rate?
A gas flows steadily into a cylindrical core of porous media and out the other side. If the output flow rate is twice the input flow rate what has happened to the density of the gas in transit?
Air enters at 75 psi, 400 F, and 100 ft/s and area at inlet is 20 in^2. At outlet 15 psi, 500 ft/s. Find m dot, and Temperature and area at outlet. Q dot=0 First law of thermodynamics problem.
Determine his velocity and acceleration at this instant in en, et system. At the instant shown, find the values of r*, B*, r**, B** reported by the stationary observer at O.
Determine the magnitude of the components of force which the track exerts on the car in r, theta, andz direction when the time instant t=2s. Neglect the size of the car.
The spring constant is such that to compress the spring 100 cm a force of 360 kN is needed. At the end, the pressure in the cylinder is 7 MPa. Obtain final state properties.
Find mass flow rate through the boiler, power produced by the turbine, the rate of heat supply in the boiler, thermal efficiency, and error caused in the thermal efficiency if the power required by
Determine the work and heat transfer involved in the process (in kJ). Sketch the process on P-v and T-s coordinates. Associate the work and heat transfer with areas on these diagrams.
A spaceship of mass 2.00×10^6kg is cruising at a speed of 5.60×10^6m/s when the antimatter reactor fails, blowing the ship into three pieces. What is the speed of the third piece?
Determine for the cycle the rate of heat transfer to the working fluid passing through the steam generator, in kJ per kg of steam entering the first stage turbine.
If the quality at the exit of the second turbine is 90%, determine pressure and quality or temperature of steam exits the first-stage turbine and the cycle thermal efficiency.
Water is the working fluid in an ideal Rankine cycle. Superheated vapor enters the turbine at 10 MPa, 4800C, and the condenser pressure is 6 kPa. Determine for the cycle the thermal efficiency.
What is the optimal number of machines that can be assigned to the operator to produce the widget at low cost? Draw work machine chart.
If the correction is not made, at what car speed will resonant vibration of the wheel occur? What would the amplitude of the motion be when the car's speed is 130 km/h?
The unit cells of several orthorhombic crystals are described below. What is the Bravais lattice of each and how do you know?
The wear out of a machine is normally distributed with 90 percent of the failures occurring between 200 and 270 hr of use. Find the MTTF and the standard deviation of failure times.
1.41 kg steel part whose temperature is 1000oC is dropped into an open, insulated vat containing 35.4 kg of water whose temperature is 15oC.
A peripheral milling operation is performed on the top of a rectangular workpiece that is 650 mm long. Determine the time needed to make one pass across the surface, (b) the maximum material removal