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The noise voltage in an electric circuit can be modeled as a Gaussian random variable with 0 mean and 10^-4 standard deviation(a)What are the probabilities that the value of the noise exceeds 10^-4 and 4*10^-4? What is the probability the noise is between -2*10^-4 and 10^-4?(b)Given that the value of the noise is positive, what is the probability that it exceeds 10^-4?
One side of the transformer bank is connected to a 120-kV transmission line, and the other side is connected to a three-phase load of 10 MVA at 13.2kV and 0.8 lagging power factor. Using the base in the tranmission line of 120-kV and 20 MVA.
In the movement of a robot arm, the arm is commanded to go from position 1 to position 5. Discuss the rise time, the overshoot, the settling time, and the steady-state error as it applies to the movement of a robot arm
A bus in a balanced three-phase power system has a three-phase capacitor bank that supplies 1200 kVAR. In parallel with the capacitor bank is a three-phase load that draws 3500 kW at a power factor of 0.707 lagging.
If Nand gates are used throughoutand a ripple-carry design is used, calculate the delay through the adder, assuming all inputs are presented at the same instant, and counting D seconds per gate. Which output signal suers the worst delay.
Jim starts to work in January - time k=0. His income was zero the previous six months. His income is steady and constant for 0
A certain parallel resistor circuit consists of only ½ W resistors. The total resistance is 1.0 k-ohm, and the total current is 50 mA. If each resistor is operating at one-half its maximum power level
Air enters an adiabatic nozzle at 3 atm pressure and 100oF and emerges at 1 atm and 30oF. The inlet velocity is negligible. What is the discharge velocity
two infinite line charge of uniform charge density of 20nC/m are parallel to z axis and passing through points x=0 y=3 and x = 0 y = -3 in free space. Compute the electric flux flowing out of the surface of the sphere of r =5m centered at origin
A 1(lambda) wavelength long line has parameter R=0.2 Ohm/m, G=0.002 mho/m, L=15 muH/m and C=2.31pF/m. The line is operated at a frequency f=2.5 GHz. It is terminated with a load impedance of 100 Ohms.
A point charge q resides in a 90 degree grounded conducting corner at the same perpendicular distance d from each conducting half-plane. Find the force on the charge caused by the induced surface charges.
With vs = 3sin200tV, R1=20kohms, Cf=5uF, vc(0) = 1.5V. 2. Calculate the output voltage and the output waveform of the circuit.
Assuming that all bias point values are the same for thetransistors in each amplifier configuration, answer the followingfor BJT amplifiers. a) Which amplifier has the highest magnitude voltage gain b) Which amplifier has the highest magni..
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