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Q1. A 1000-pF capacitor, a 1-mH inductor, and a current source of 2 cos106t mA are in series. The capacitor voltage is zero at t = 0. Find the energy stored (a) in the inductor at t = 0; (b) in the capacitor at t = 1.571 μs; (c) in both inductor and capacitor together at t = 1 μs.
Q2. A 5-μf capacitor (C = 5 x 10-6) has an initial voltage of V0 volts at t = 0 when the current waveform shown is applied. (a) Find vc(t) for v0 = 0.
A half-wave plate has a phase retardation of π. Assume that the plane is oriented so that the azimuth angle (i.e., the angle between the x-axis and the slow axis of the plate) Ψ=0. a. Find the polarization state of the transmitted beam, assuming t..
Using MultiSim (I am somewhat familiar with this program), connect the circuit drawn in Step 1 using AND gates, NOR gates, and inverters. Connect a logic switch to each input and an LED monitor to the output.
Prove the same result using the formula inside the back cover for ∇2 in spherical polar coordinates. (Obviously, this second proof is much simpler, but the hard work is hidden in the derivation of the formula for ∇2.)
As n approaches infinity, what happens to the amplitude of the current? What type of circuit element does the inductor behave like as n approaches infinity?
Implement a magnitude comparator circuit which compares two-bit binary numbers A and B, and provides 3 outputs (A>B, A=B, A
Calculate the critical speed of the shaft. Assume the shaft is simply supported. (Answer: 5800 rpm.)The designer decides to switch to aluminum for the shaft (E = 10 Msi, p = 0.00305 sl/in.3). The size of the shaft remains the same. Calculate the n..
Assume that a load Z absorbs power of 150 W at a lagging power factor of 0.8, and the voltage across the load Z is 220 Vms, 50 Hz. What must be the value of capacitor that needs to be connected in parallel with the load Z
The spacing between conductors in the bundle is 40 cm.
The MFSK scheme is used in conjunction with an FHSS scheme that hops among 4 different carrier frequencies. What is the number of possible frequency assignments. List the possible frequency assignments.
Determine the second law availability efficiency of this heat exchanger. Neglect all kinetic and potential energy effects.
An automobile manufacturer is concerned about a fault in thebraking mechanism of a particular model. The fault can, onrare occasions, cause a catastrophe at high speed. The distrubution of the number of cars per year that will experience
Determine the angular velocity and angular acceleration of the disk if beta is constant at 30 degrees.
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