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(a) Use Shannon's expansion theorem around a for the function
so that it can be implemented using four-variable functions.
(b) Use the expanded function to show how Y can be implemented using one Figure 6-3 logic block. Mark (highlight) the input signals and the activated paths on a copy of Figure 6-3.
(c) Give the contents of the three LUTs.
Calculate the volume of aluminium conductor required for the line when - single phase, 2-wire system is used, - 3-phase, 3-wire system is used.
From the foregoing data, calculate the surface temperature, Ts, and the heat flux at the exposed surface. Using the surface heat flux determined in part (a), estimate the surface temperature by applying an appropriate boiling correlation.
Find i(t) through the inductor for all t > 0. Sketch i(t) as current vs. time; annotate critical values on your sketch. How much energy is stored in the inductor at t = ∞?
Discuss how p and q can be estimated emperically from a histogram of (simulated) burst length and inter-error gap distributions. Estimate p and q.
Write a paper to summarize a literature article for less than a page and its about a shoe taking power from piezo discussion.
In free space, a solid metal sphere ofradius 3 cm, centered at the origin, supports a surface chargedensity of 4.421 mC/m2. Surrounding it is a concentric hollow metalsphere of radius 5 cm with a surface charge density of -1.273mC/m2.
In a leaky bucket used to control liquid flow, how many gallons of liquid are left in the bucket if the output rate is 5 gal/min, there is an input burst of 100 gal/min for 12 s, and there is no input for 48 s?
The circuit in Figure is in the zero state when the input vS (t) = 150u (t) is applied. If C = 0.022 μF and R = 82 kΩ, find vO(t) for t ≥ 0.- Identify the forced and natural components in the output.
The two loads draw a total average power of 52,800 W at a power factor of 0.8 leading. One of them draws 40K VA at a power factor of 0.96 lagging. What is the power factor of the other load
A total of 3.00 106 electrons are placed on an initially uncharged wire of length 1.44 m. (a) What is the magnitude of the electric field a perpendicular distance of 0.412 m away from the midpoint of the wire
Consider the full wave rectifier circuit as shown below, where R=1k-ohm, C= 100 F. If the input voltage Vin = 24 V(peak to peak), Frequency=1k Hz, transformer turns ratio is 1.
A LINEAR ONE-PORT IS MODELLED WITH A: 10V AT LOADRESISTANCE=10kilo ohm AND :0.5mA WITH LOAD RESISTANCE=100kiloohm. Find the equivalent resistance of the given one-port.
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