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An industrial electric circuit is powered by a two-prong polarized outlet through a feeder. The resistance of the neutral wire is 1.0Ω. The ground resistance at the service transformer is 20Ω. The chassis of the circuit is metallic and is connected to the neutral terminal of the outlet. A current of 200A is drawn from the outlet through the hot wire. If a person with 2kΩ resistance (including ground resistance) touches the chassis, compute the current through his body. Also state the type of hazard the person is exposed to.
Calculate the transfer function and calculate the resonance frequency, fo of the circuit shown in calculate the cut-off frequencies fit and II of the circuit.
Assume the initial state is unknown past with (z = 0). Implement the design in "Logicworks" and test for the properfunction. Use a binary switch to simulate the input. The output maybe implemented with a binary probe or an LED.
Consider a steady flow mixing process. Under what conditions will the energy transported into the control volume by the incoming streams be equal to the energy transported out of it by the outgoing stream
A 35-year old female worker receives an x-ray exposure of 5.2 rad (whole-body) while carrying out emergency procedures in a nuclear accident. Discuss the health risks assumed by this worker as a result of the radiation exposure.
For a 12-bit linear PCM code with a resolution of 0.02 V, determine the voltage range that would be converted to the following PCM codes. (a) 1 0 0 0 0 0 0 0 0 0 0 1 (b) 0 0 0 0 0 0 0 0 0 0 0 0 (c) 1 1 0 ..
A PCB trace is 0.008 in wide and 0.0014 in thick. The trace is located 0.020 in above a ground plane. What is the resistance and inductive reactance of the trace at 100 MHz?
What is the energy in joules stored in the capacitor below, The capacitor is shown with 10 volts on each side of it (plus on the left of the capacitor, - on the right), and C = 20 microfarads.
Generate numerically a white Gaussian random process and demonstrate numerically its autocorrelation function is a delta function and its power spectrum is white, i.e., flat.
the one way bandwidth available to a single operator in the telecommunication system is 12.5 mhz with a bandwidth of
The wire shown in Figure is moving in the presence of a magnetic field. With the information given in the figure, determine the magnitude and direction of the induced voltage in the wire.
In a circuit, the generator voltage varies in time, where the amplitude of e max= 1.2 volt and emf freq.= 0.5 Hz , which the max current is equal to the max current when the freq. of emf = 3.0 Hz, which is .00033 A.
you are asked to build an am receiver with a 15 microh inductor which must tune from 500 to 880 khz. find the
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