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Fabric size. A customer at the fabric store buys fabric that is 40 inches wide, i.e., 1.11 yards wide. The length is cut by the employee at the store. When she is asked to cut 1 yard of fabric, the actual length is Uniformly distributed between 0.87 and 1.05 yards. What is the probability that the entire piece of fabric has area 1 square yard or larger?
An AC motor with impedance Z = 4.2 + j3.6 Ω is supplied by a 220 V, 60 Hz source. Determine the reactive power delivered to the load.
ETEC 6414 Sensors and Wireless Communications, Assignment 1(a) –Sensor Circuit, Develop a Sensor Circuit using commodity components
If I have an AC series circuit with a voltage source of 3 Vrms, a frequency of 5 kHz, a 100 mH coil, and a 1 kohm resistor, how do I determine what the back emf is
Implement the incremental conductance algorithm in a manner similar to the flowchart. Find the two values of VPV around which the oscillation occurs
Find the maximum allowed developed torque and corresponding motor speed that will ensure that no more than 25% of the power is lost in conductive losses in the armature and field windings.
The load of the full-wave SCR circuit in Figure 10.23 consumes 130W. The rms voltage across the load is 80V, and its average voltage is 50V.
What is the range of R to provide 5% to 95% on time of the SCR?- Plot the voltages across the capacitor, load, and SCR for a 50% on time.
THE Number of pumps in use at both a six-pump station and a four-pump station will be determined. Give the possible values for each of the following random variables. a. T = the total number of pumps in use
How would you determine whether a given function, f(t), had finite or infinite energy. Give an example of a function with finite energy and one with infinite energy.
What is the output voltage of a certain log amplifier with a diode in the feedback path when the input voltage is 3 V? The input resistor is 82 KΩ and the reverse leakage current is 100 nA.
Ignore loss and the fact that the ferrite may not be saturated for small H0.
Calculate the pu circuit parameters of the transformer. Determine its efficiency and voltage regulation at full load 0.8 pf lagging. Calculate also the maximum efficiency and the load (0.8 pf ) at which it will occur.
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