A car travels 563 km while consuming 60 liters of petrol (gasoline). What is the car’s gas mileage in mpg?
What will be an ideal response?
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Solve for V?, in Fig. 3.55, using nodal analysis.
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What is the program development cycle?
What will be an ideal response?
Design a Butterworth bandstop filter with the following specifications:
Lower passband cutoff frequency = f1 = 1125 Hz Lower stopband cutoff frequency = f2 = 2455 Hz Upper stopband cutoff frequency = f3 = 3055 Hz Upper passband cutoff frequency = f4 = 4255 Hz Maximum attenuation in the passband (dB) = Ap = 0.87 dB Minimum attenuation in the stopband (dB) = As = 4.37 dB excess='pass' km = 1000 (a) Find ?1, ?2, ?3, ?4, ?s, and order n. (b) Find the recalculated values of Ap1, As1, ?, ?c. (c) Find the poles S and zeros SZ of the normalized lowpass filter before multiplication by ?c. (d) Find the transfer function of the frequency transformed bandstop filter and find Q values and ?0 values of the second-order sections. (e) Find the normalized component values for Sallen-Key circuit for each second-order section. (f) Find the scaled component values for Sallen-Key circuit for each second-order section.
All energy-whether derived from wood, water, wind, or fossil fuels-comes from a single ultimate source: sunlight.
Answer the following statement true (T) or false (F)