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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.
Prepare the report keeping in view all the attributes of the SOs given on next page. There will be a subsequent presentation to check some Consider damped of the attributes that cannot be addressed in the report.
the power factor for delta-connected three-phase scheme is 0.6 .Consumed from the network with phase voltage 380 V current is (22+1.7) A.How big will be is impedence and resistance of the one bag
3-singlephase 2 winding transformers, each rated 500 MVA, 13.8/199.2 kV, with leakage reactance Xeq = 0.10 per unit, are connected to form a three-phase bank. Winding resistances and exciting current are neglected.
The anode of the diode is connected to the inverting node of the op-amp, while its cathode is connected to the output of the op-amp. Determine the expression of the output node potential as a function of the input node potential.
The Fourier sine series is especially convenient for discussing functions that are zero at the end points x = 0 and L.
Let Y denote the number of packages purchased by the firm that are ranked 3, 4, 5, or 6. Show the probability distribution for Y in tabular form.
The output-port(drain-source terminals) of an n-channel depletetion -mode MOSFET with parameters K=0.25mA/V^2 and Vtr= - 2Vis connected to a Thevenin circuit consisting of Vdd=7V andRd=1.5kOhm.
In 2012, Felix Baumgartner jumped from space 36.6 km above New Mexico he reached a speed of 834 mph in 4 minutes and 19 seconds. What was his speed in Kilometers per second and how many miles was he above the ground
An inductor and a capacitor are connected in series and connected to a variable frequency voltage source (e.g., a function generator). Explain what happens to the total circuit impedance and current as the source frequency is varied.
Consider the circuit shown in Figure. Write the differential equation for i(t). Find the time constant and the form of the complementary solution.
Question 3 Consider a silicon pn junction diode at room temperature with: EG = 1.1 eV VBI = 950 meV
A designer searches for a simple circuit to provide one-third of a signal current I to a load resistance R. Suggest a solution using one resistor. What must its value be. What is the input resistance of the resulting current divider.
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