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Problem 1: Consider the following Wheatstone bridge:
a) Solve R3
b) In the bridge circuit shown above, the bridge is nulled with R1 = 1000Ω, R4 = 421Ω, and R2 = 500Ω, Find the value of R3.
c) The resistor in the bridge shown above are given by R1 = R2 = R3 = 120Ω and R4 = 121 Ω.
If the supply voltage Vdc = 10.0 V, Find the voltage offset Vo.
A four pole DC machine has a wave winding of 300 turns. The flux per pole is .025 webers. The DC machine rotates at 1000 RPM. Determine the generated voltage and the kW rating if the current through the turn is 25 amps.
Does the degree of difficulty change when switch from solving a two loop mesh circuit to a three loop mesh circuit Why and why not
List three standard socket calls that you would expect every connection-oriented server to invoke that would not normally be invoked by any client. Briefy indicate why a typical client would not need to invoke these calls.
the first microprocessors were packaged as a dual inline pin dip integrated circuit. would dip and quad versions have
In how many ways can a class of 30 students select a committe from the class that consists of a president, a vice president, a treasurer, and a secretary A. if any student may serve either of these roles but no student may serve in multiple roles ..
A 150MHz sinusoidal plane wave propagates inair at 30degrees with respect to the +x-axis in the x-y plane. TheE-fiels is polarized parallel to the plane of incidence and has amagniutde of 2V/m.
Nitrogen at an absolute pressure of 689.5 kPa is used to fill a container having a volume of 0.002 m3. The filling process is very slow, and the gas in the container attains the ambient (room) temperature of 20°C. Determine the amount of gas in th..
Explain the function of the HMI in a SCADA system.
Resistance=0.09ohm/km Inductance=1.4mH/km Capacitance=8.8x10-3 uF/km. Calculate the sending-end power if the receiving-end voltage is 132kV and the receiving-end power is S2=100+j60 MVA. Assume a pi-equivalent circuit.
Let the current int he circuit be is(t) = u(t -1) and the initial voltage in the cap be Vc(0) = -1 volts. PLOT the voltage in the cap Vc(t) for all times. Suppose we double the current is(t) = 2u(t) - u(t -1) but keep same initial condition
Assuming the input resistance of the load cell is 420 and rated output is 3.0mV/V at the rated capacity. What should be the series resistance that should be added to the excitation side so that the output voltage I reduced to 2.0mV/V
You are given two amplifiers, A and B, to connect in cascadebetween a 10-mV, 100-kΩ source and a 100-Ω load. Theamplifiers have voltage gain, input resistance, and output resistance as follows: For A, 100 V/V, 10kΩ, 10kΩ,respectively;
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