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This lab is an example of tail recursion. Implement the following recursive greatest common divisor function in assembly language. Convert the operation to a non recursive algorithm, and implement it also in assembly language. Pass parameters in registers, and place local variables also in registers. Implement 16-bit unsigned arithmetic. Design a main program to test the functionality of your solution. Measure the execution speed and required stack space of both versions for five different input values. Generalize the results.
Why Power is Zero (0), in Pure Inductive, Pure Capacitive or a circuit in which Current and Voltage are 90 Degree out of phase?
The flip-flop input excitation equations are as follows: JA=XQ'B; KA=X'; JB=XQA; KB=X'Q'A The output equation: Z=XQAQB 1. Draw the circuit diagram 2. Obtain and simplify the flip-flop characteristic equations 3. Obtain the state table
(1) If the frequency was changed, what would happen to the current in a circuit Explain increase or decrease. (2) If you have R = 2 K ohm, Xc = 3 K ohm, XI = 4 K ohm . Find the G, Bc, BI, Yt anf Zt.
Voltage that results in a base current of 10 mA peak.
Given: The terminal pair of a hidden circuit has an open circuit voltage of 200 V. When a 50 k? resistor is placed across the terminal pair, a potential of 80 volts is observed. Required: Determine the terminal voltage that would result if the 50 k
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Suppose that you wish to offer a voice over IP wireless service. The target packet error rate (or drop rate) is 10^3 and you determine that if the signal is confined to within a coherence band, about 20% of the packets are dropped due to fading.
Explain what happens inside a semiconductor device when it is operating in enhancement mode.
An enhancement type nmos transistor with Vt = .7 V conducts iD= 100 micro A .. when V GS = V DS = 1.2 V . Find the value of i D for V GS = 1.5 V and V DS = 3V . caculate the value of the daain source resistance r DS for small V DS and V GS = 3.2 V
Consider a hollow cylinder with a length L along the z-axis and a radius R and a charge -Q, containing a wire also of length L and charge Q running co-axially to the cylinder at its center.
Plot the frequency response (in dB) for the follwoing transfer functions:a. H(s) = s + 100b. H(s) = 1/(s+10)
a current source of 12 cos 2000t a a 200-ohm resistor and a 0.2-h inductor are in parallel. assume steady-state
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