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Consider the circuit in Figure 5.37.
1. If the 10 volts are applied at t 0 seconds, find y(t) using the Laplace transform method.
2. Repeat part 1 but calculate the current in the capacitor.
3. Draw a block diagram of the system using the basic blocks.
4. What are the final and the initial values of the output y(t) and the current in the capacitor?
given two single pole switches write a program that will turn on an output when both switch a and b are closed. and
Create a circuit of three level sensitive D latches connected in series(the output of one is connected to the input of the next). Use a timing diagram to show how a clock with a long high time can cause the value at the input the first D latch
Find the induced voltage across a 50-mH inductor if the current through the coil changes at a rate of 0.1 mA/µs.
(a) If the excitation volatge Eo is equal to the terminal voltage ( 4kv ), what is the maximum real power which the motor can deliver without losing synchronism (b) What is the rotor pole shift in electrical degrees
A motor with an efficiency of 76% supplies 20 hp to a load.It's power factor is 0.6 (lagging). A voltage of 440 VAC (RMS), 60Hz is applied to the motor. a. What is the real power applied to the motor in Watts
if the equation for a mesh current is done and the current comes out negative, with the assumed clockwise direction. does that mean that the current is actually going in the opposite direction
Specify the values of the nine gains so that the system in the figure has the same state-space description as the one you have calculated.
a series of combination having r2mohm and c0.01 uf is connected across a d.c. voltage source of 50v. determined
Two point charges, Q1 =30 C and Q2 =-100 C,are located at (2,0,5) m and (-1,0,-2) m, respectively. Find the force on Q1 and Q2.
Consider a binary linear code C spanned by the rows of the matrix.
Determine the local x displacements at each end of the bars. Let E = 12 106 psi, A = 0:5 in2, and L = 60 in. for each element.
A capacitor C is connected in parallel with a resistor R across a 120 V, 200 Hz supply. The supply current is 2 A at a power factor of 0.6 leading. Determine the values of C and R.
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