Show all work. ( a) 3 Calculate the total capacitance given below in parts (a), (b),...
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to a) (52 Cz? Calculate the total capacitance given below in parts (a), (b), and (e) : tea to 5 uf GMF HA 3MF -С 5uF 8 on F Suf (c) 467 HG 3 JF TAF Cz?
(7 Marks) For the given circuit below calculate b) the total capacitance of circuit ii) the total charge in the circuit iii) the voltage across each capacitor iv) the charges on each capacitor luF ЗuF LIF 2uF HH 4uF 5 volt
(7 Marks ) D6 For the given circuit below calculate i) the total capacitance of circuit ii) the total charge in the circuit iii) the voltage across each capacitor iv) the charges on each capacitor 8 UF 10uF 8 UF II 11 B IL 12uF = 8uF 400 W Р N
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Each capacitor has a capacitance C = 12.0 ?F. (a) By combining
capacitors in series and in parallel, find the
equivalent capacitance of this circuit. (b) If V = 10.0 volts,
calculate Q, what would be the charge on each plate of
the equivalent capacitor?
C2 C1
Pleaase answer all parts with neat and precise work. show all
steps. Please
24. The following Fourier pair for the Lorentzian/Cauchy pulse was discussed in class: f(t)-_a (21) where a > 0 is a measure of the width of the time signal. The domains of f (t) and F(w) are -oo < t < oo and-oo <ω<00, respectively. (a) Showing all work, determine the time signal g (t) that has the following Fourier transform, where to is a given constant:...
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7. 3 mH Determine the equivalent impedance, Zeq, of the circuit. Write your answer in rectangular form. (3 pes) 4cos(1000+459 v O s 5: 1 mF Zaorson 22: jwej (COX 3)-33 zce (1000/12.3. Zoo Za + ZL + Zc Sch+j3 cm + -j Zeq = 5 + je on I mi 8. Solve for v.(t). Write your answer in the time domain. (6 pts) 312 102 cos(10') v Y () 1012...
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WORK.
6. Consider the system shown below. The generator initially supplies 10 MW at unity power factor to the infinite bus. The voltage atthe infinite bus has a magnitude of 1 pu. Note that there is no load at bus 4 L1 G 1 D2 G1 20 kV 20 MVA 3 phase 60 Hz 4 pole X' 0.15 pu H 5 S T 20 kV Y- 169 kV Y 20 MVA 3 phase...
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) Given the function rt) (3+t)i+ VI-Ij a) Calculate r'(). b) Convert r(t) to a function in the form y f(x). c) Sketch the graph of y f(x). d) Use the tangent vector r'(5) to find the orientation of the curve and show the direction of the graph in step c).
) Given the function rt) (3+t)i+ VI-Ij a) Calculate r'(). b) Convert r(t) to a function in the form y f(x). c) Sketch the graph...
PARTS A, B, C, D HAVE ALREADY BEEN SOLVED AND THE ANSWERS ARE GIVEN BELOW EACH OF THOSE, PLEASE SOLVE SECTIONS E, F, G In a steam plant, saturated steam enters the turbine at 585 psig. The isentropic pump work is 1.8 BTU/lbm. Condensate exits the condenser at 144 ºF. The pump is 80% efficient and the turbine is 90% efficient. The fuel flow rate is 2.5 lbm/min and the fuel HHV is 19,500 BTU/lbm. Engine Mechanical efficiency is 72%....
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f(x)= Vx? -2.Vx -3 Given: %3D a. Investigate the function by these criteria: 1) Domain; 2) Axis intersections; 3) Asymptotes (show the relevant limits) 4) Intervals of increase and decrease; 5) Points of relative extremum; 6) Intervals of concavity (upward or downward); 7) Inflection points. 8) Draw the function's graph. b. Find the equations of the tangent lines to the graph of the function at all extremum and inflection points, and add them to...