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1. Calculate the value of the Gibbs function for saturated steam at 500°F as a saturated liquid, saturated vapor, and a mixture of liquid and vapor with a quality of 40 percent. Demonstrate that phase equilibrium exists.
2. An ammonia-water mixture is at 10°C. Determine the pressure of the ammonia vapor when the mole fraction of the ammonia in the liquid is
(a) 20 percent and
(b) 80 percent. The saturation pressure of ammonia at 10°C is 615.3 kPa.
Estimate the approximate final speed v2 of the golf ball
Bicycle Rack When a full design specification was produced and the weighted objective procedure carried out, it was found that a tow bar mounted rack was the best solution. This would bolt to the tow bar once the tow ball has been removed.
The total friction and core losses may be assumed to be constant at 403 Watts, independent of load. For a slip of 2% , compute the speed, output torque, and power and stator current, power factor and efficiency when the motor is operated at rated ..
An F-25X replaces the transformer of Fig. What is the approximate peak voltage across the secondary winding? The approximate dc output voltage? Is the transformer being operated at its rated output current? Will the dc output voltage be higher or ..
A single phase 50 Hz source supplies power with the impedance of0.185 + j0.321 ohms. The terminal voltage of the motor is 230 V.The power drawn by the motor is 5 kW at a power factor of 0.7lagging,
The DC shunt motor is running at full load with a supply voltage of 440 V and a supply current of 70 A. The rotation speed in full load is 1000 rpm, the field resistance is 200 Ohm and the armature resistance is 0.2 Ohm.
Determine the value of R resulting in maximum power to R and the maximum power to R.- Plot VR and IR versus R, and find the value of each under maximum power conditions.
A spherical cavity of radius α is made within a uniformly charged sphere of radius b, the center of the cavity being at a distance c from the center of the sphere. Find the electric field associated with this charge distribution for all points of ..
1. Formulate the cost function in terms of autocorrelation values of the time sequence and filter weights 2. Derive Wiener-Hopf equations (in matrix form) 3. Determine the closed form solution for Wiener-Hopf equations (in matrix form)
CONTROL SYSTEMS AND AUTOMATION - BASIC PRINCIPLES - Derive the closed loop transfer functions for the system shown in FIGURE 4 and show that for large values of G the value of Vo/Vi approaches unity.
The current through a 8 mH coil changes at the rate of 3.5 A/s. Determine the voltage that appears across the inductor. (mV)
The current flowing through a 300-mH inductance is given by 5exp(-200t) A, in which time t is in seconds. A) Find an expression for the voltage in terms of t. B) Find an expression for the power in terms of t.
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