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Determine the capacitive reactance in ohm miles for the line of Problem 5.2. Assume the conductor's outside diameter is 1.602 in. Repeat by including earth effects given that the ground clearance is 82 ft.
Problem 5.2
Calculate the inductive reactance in ohms/mile/phase for a 500-kV, single circuit, two-subconductor bundle line with ACSR 84/19 subconductor for which the GMR is 0.0534 ft. Assume horizontal phase configuration with 33.5-ft phase separation. Assume bundle separation is 18 in.
What are DTI's strengths and weaknesses? - What does it deliver to its customers that Sharp and other competitors do not?
A small generator produces 10 C of charge every ten seconds across a potential difference of 100V. What is its power generation in Watts
The upper side frequency of an AM signal is 603 KHz. If the carrier frequency is 600 KHz, what is the intelligence frequency
Design a 8x1 multiplexer using seven 2x1 multiplexers. Please label all signals clearly.
A teleoperated control system has an operator and a remote machine. The usual teleoperation system is based on a one-way link to the machine and limited feedback to the operator. However, the use of a two-way coupling will result in a better opera..
Write the mesh equations for each of the networks of given figure and, using determinants, solve for the loop currents in each network. Use clockwise mesh currents.
Choose a Moore or Mealy format as appropriate. Because there are so many inputs and at most one is active at a time, you may wish to implement an FSM with a different format from the examples in the book.
A point charge Q1 lies at the center of a spherical conducting shell of inner radius a and outer raduis b. find the charge density on the two surfaces of the conduting shell if it has a net chargeQ2
if we have an amplifier whose spec. is 2nV/rtHz and the bandwidth of the amplifier extends from 100Hz to 10kHz, and the gain of the amplifier is 5, how much noise should we expect at the output of the amplifier
The Arrhenius equation is used to explain the dependance of the reaction rate coefficient, k, on temperature, T. Linearize the Arrhenius equation for the the temperature dependance of chemical reaction rate coefficients.
Compute the electrical efficiency of the PV cell. Assume that the irradiance efficiency is 22%, compute the overall efficiency of the PV cell.
A system is described by the impulse response h(t) given in the following problems. Compute and plot the response of the system to the input signal x(t). (a) h(t) = t; 0
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