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For the network of given figure:
a. Convert the voltage source to a current source.
b. Reduce the network to a single current source, and determine the voltage V1.
c. Using the results of part (b), determine V2.
d. Calculate the current I2.
Consider the circuit shown in Figure. Determine the values of I1 and V2. For each of the sources, determine the average power and state whether power is delivered by or absorbed by the source.
Using many resistors and the DMM, try to determine what digits each colour band represents. Briefly explain your method and your findings in the space below.
Explain why the low value (0) for the 'output' of a digital logic gate is lower than the low value for the 'input' of a digital logic gate (This is the case for CMOS and Bipolar logic). Look at a specsheet.
What would you predict the cycle time would be if the cut-in and cut-off points were respectively changed to 86° and 88°?
Plot the values of Im and E2 superimposed on the log-log plot shown on a previous page (134) in the lecture notes. Is the 600:5 CT in saturation or not?
Write a function that asks a user it´s name, age and if the user has a spouse. If the user has a spouse, let the function then ask the spouses age. Then let it write out if the user is older, same age or younger then the spouse, and display the ag..
A 1200-kg car moving at 20 km/h is accelerated at a constant rate of 4 m/s2 up to a speed of 75 km/h. What are the force and total time required?
A 2-kW electric resistance heater submerged in 5-kg water is turned on and kept on for 10 min. During the process, 300 kJ of heat is lost from the water. The temperature rise of water is
Find the percentage change in terminal voltage when the rated output of 1500 kVA at Unity power factor;- 0.8 lagging pf; is switched off.
Find the value of i1 in the circuit, using mesh-current analysis. Find the the value of i2 in the circuit, using mesh-current analysis. Find the power delivered by the source in the circuit, using mesh-current analysis.
A 100 mile , 300kV, 60Hz transmission line has a reactance of 0.8 ohm per mile and a distributed capacitance of 200,000 ohms per mile. Draw a equivalent circuit phase at the sender end when the receiver is open. What is the reactive power supplied..
A controlled three-phase six-pulse AC/DC converter is supplied with 60 Hz voltage of the line-to-ground RMS value U = 240 V with the output current ideally filtered by an inductor. The maximum DC power of the converter (Pd)max = 50 kW.
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