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A closed, sealed, rigid container is filled with 0.05833 ft3 of liquid water and 0.94167 ft3 of water vapor in equilibrium at 1.00 psia. The vessel is then heated until its contents become a saturated vapor.
If this heating process is done irreversibly, determine (a) the total irreversibility for this process if the surface temperature of the vessel is maintained constant at 300.°F and (b) the change in total availability of the water if the local environment is at 14.7 psia and 70.0°F.
A. What is the reflection coefficient of the load B. If a quarter-wave transformer is inserted between the transmission line and the load, what shall be the characteristic impedance Z0 of this quarter-wave transformer in order to realize an impeda..
Replace the transistor to a PNP transistor and the VCC to -12 V. Repeat Part A through Part C. Part F- Based on your observation and measurement of the components above, describe your conclusion about this the circuit
An RLC circuit exists, with current flowing counter clockwise through it. R= 5.661 Ohms, L=20.2 mH, and C=157.6?F. Voltage across the capacitor is positioned so that the current meets the positive terminal first.
At what temperature are the two carrier densities equal?
The following test data were taken on a 110-KVA, 4400/440- volt, 60-Hz transformer: Short Circuit Test: P= 2000w, I = 200 amp, V = 18v Open Circuit Test: P=1200w, I= 2 amp, V = 4400v Calculate the voltage regulation of this transformer when it suppli..
One superhet, one homodyne, and one that downconverts to baseband receiver is operating in 700-750MHz. Pick a set of IF and LO frequencies, and identify any issues (images, spurs, LO harmonics in receiver band, services that interfere with IF)
How to determine the proper Cable Size for Given Load (with Examples) ?
Design a 3-element, -40 dB side lobe level Dolph-Tschebyscheff array of isotropic elements placed symmetrically along the z-axis. Find the (a) amplitude excitation coefficients (b) array factor
Choose and estimate all the design characteristics of the motor, finally displayall the power flow diagram results including efficiency and speed regulation ofthe motor. Give all assumptions taken
Suggest a simple op-amp circuit, using a resistor network operating at 0.5 mA, to do the job. If the op amp requires a bias current of 2 mA from its supplies at no load, what is its total power dissipation when fully loaded at the max-imum current..
HALF-ADDER: S = XY' + X'Y , C = XY (These are the outputs) 1. From the equation given for half-adder, develop an equation for which the half-adder can be constructed just with NAND gates. Draw the circuit as per the equation obtained.
The unregulated voltage in Fig. 5-44 may vary from 18 to 25 V, and the load current may vary from 1 to 25 mA. Will the zener regulator stop regulating under these conditions? If so, what is the maximum value for RS?
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