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Consider the circuit of Figure P4.28 in which the switch has been closed for a long time prior to t = 0. Determine the values of vC(t) before t = 0 and a long time after t = 0.Also, determine the time constant after the switch opens and expressions for vC(t). Sketch vC(t) to scale versus time for 0.2 ≤ t ≤ 0.5 s.
A parallel circuit contains four branches with resistors values of 4.7k, 5.6k, 8.1k and 10k. Which branch has the largest current flow
The relative dB amplitude reaponse of an amplifier decreases at the rate of 6 dB per octave at frequencies over 100 kHz. When the input of this amplifier is excited by a sinusoidial voltage of500 kHz and amplitude of 10 V
a total charge Q is uniformly distributed around a ring shape conductorwith radius a.a charge q is located at a distance x from the center of the ring ....the force exerted on a charge is given by F=(qQx)/(4πε(x2+a2)3/2)
The delay is an integral multiple of slot time. The numberof slot times to delay before the nth retransmission attempt ischosen as a uniformly distributed random integer r in the range0
A voltage of 6e-2000t V appears across a parallel combination of a 100-mF capacitor and a12 ohm resistor. Calculate the power absorbed by the parallel combination.
Connect the PWM output to an LED, for preliminary testing with slow clock frequency, then to the oscilloscope to show final results with multiple frequencies between 10 KHz to 1MHz. In the final demonstration, connect CLK to CH1, and PWM to CH2
In this simulation, the red green and blue charges are originally at the vertices of an isosceles triangle. The green and blue are fixed in space and the red charge is allowed to move. Find the Net Coulomb force (magnitude and direction) on the r..
What is the motor efficiency as operated?
Assume that the inverters have a delay of 1 ns and the other gates have a delay of 2ns. Initially A = 0 and B = C = D = 1, and C changes to 0 at time = 2ns. Draw a timing diagram and identify the transient that occurs.
The desired signal at the output of the amplifier is 10 dBm, and the signal level applied to the fiber connector at the head end is 10 dBm. What should the gain of the amplifier be to have 10 dBm at the output of the neighborhood amplifier
Two capacitors one is 10pf the other is 25pf are connected in series and you want to replace them with a single capacitor with the following dimensions : area = 4cm2 plate seperation distance is 2 cm. What is the dielectric strength of this new cap..
But what I wanted was an illustration for how the mathematical justification in the attachment is right by pointing out where the dE/dt effects the magnetic field.
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