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For the bar fixed at both ends and subjected to the uniformly distributed loading shown in Figure, determine the displacement at the middle of the bar and the stress in the bar. Let A = 2 in2 and E = 30 106 psi.
A line charge with density 2nC/m exists at y= -2, x=0. Find the electric field intensity at the origin. Now we wish to place a point charge Q=8nC at such a point so that the total electric field is zero at the origin. Determine the location of the..
A continuous-time signal x(t) is sampled at a 10-Hz rate, with the resulting discrete-time signals as given. Find the time constant τ for each signal, and the frequency ω of the sinusoidal signals.
A light comes on in a storeroom when either (or both) of two doors is open. 1. What logic function is most suitable for this operation 2. Draw a circuit to represent each function using a logic gate
A Na+ ion moves from inside a cell, where the electric potential is -70 mV , to outside the cell, where the potential is 0 V. What is the change in the ion's electric potential energy as it moves from inside to outside the cell
Consider the battery-charging circuit shown in Figure, in which vs(t) = 20 sin(200 πt),R = 80Ω ,VB = 12V, and the diode is ideal. a. Sketch the current i(t) to scale versus time. b. Determine the average charging current for the battery.
Draw the equivalent circuit referred to the high-voltage side.
A cumulatively compounded dc generator is operating properly as a flat-compounded dc generator. The machine is then shut down, and its shunt field connections are reversed
After several hours of operation, the resistance has increased to 170 ohms. Determine the temperature rise and the final temperature of the machine.
Design a CMOS Differential pair amplifier with a low frequency gain of at least 30dB, while driving a resistive load 50 ohm. The available circuit components are NMOS transistor, PMOS transistor, resistors, capacitors and inductors.
Calculate the tetrahedral bond angle, the angle between any pair of the four bonds in a diamond lattice. (Hint: represent the four bonds as vectors of equal length. What must the sum of the four vectors equal
The return current is through the outer conductor, which consists of an infinitely thin cylindrical shell of radius b. Use Ampere's law to calculate the magnetic field intensity everwhere.
The pressure of the gas within the bag remains at 1 atm and its temperature remains at room temperature 20.0 Celsius. How many moles 'n' have been introduced into the bag by the time its volume reaches 22.4 L
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