1052 201 § 2052 I 2582 Find VA, IR Ic, IL, It and Power, P. (show...
Find the Phasor Is , phasor V, phasor IR ,
phasor IL, and phasor IC . Thanks!
Consider the circuit shown in figure below. Assume R-3 kS2 (Figure 1) Figure 1 of 1 0.5 HF ic 001 cos(10%) IR
For the circuit of Figure 12: 2. Calculate XL XC Ζ, IR, IC IL is, and Θ. . Calculate the power factor of the circuit. . Calculate the resonant frequency of the circuit. 005AF 160MH Vs 20VRNE 2.5k Hz Figure 12: Circuit for Question 2
4. If vL = 220°V, find i, ilı, ir, and ic, for the diagram below where ZL = 3412, Zc, = -352 and R1 = 109. Plot the the 5 phasors on a phasor diagram.
If W = 1200 rad/s, Ic-1.2228° A, IL=3253°A. Find: 9) I, birlt). O Y 102 Vs 13 10mH Tix llo 200 - 25uF
Question 3. Unregulated supply Rz IL Vin IR Ib (a) The circuit on the right shows a series regulator connected to the output of an unregulated power supply. The transistor has B =50, and a 6 volt Zener diode is used. When the load current, Il, is 1 amp the de input voltage from the unregulated supply, Vin, is 11 volt, VBE = 1 volt and the Zener diode current, Iz, is 20 mA. For these conditions, calculate Iz (i)...
part 2 and 3
48-0 → IR VIL 14 ut + & Ic +04 24 from the circuit find ... ה dil dt dir It=ot dt tot dic at It=ot 2 LVL at It=ot dvr I dt It=ot dva dt 31 Ve(t) for all t
please do 5 and 6
E 100 V 20° R 222 XL 50 Xc 100 5. For the circuit above, calculate: a. Total admittance (Y) b. Total conductance (G) c. Total susceptance (B) d. Find IT, IR, IL & IC e. Total Apparent, Reactive & Real Power (S, Q & P) f. Power Factor (pf) g. Draw the complete admittance triangle with G, -JBL +jBc and Yt all shown and quantified. h. Draw the complete phasor diagram with E, I,...
problem1&2 thx!
interval in R is a set IC R such that for all <y < z in R, if E I and z e I then Recall that an points yE I. We call an interval non-degenerate if it contains at least two (1) Let I be a nondegenerate interval in R, and suppose f: IR is continuous (a) Show that f[] is an interval in R. (b) Show that if I is closed and bounded, then so is...
Please show all the work nice and neat
3 Suppose the power, P, from a circuit as a function of current, I, is known to obey an equation of the form: P=a12 + bl + 4 where "a" and "b" denote unknown constants. Suppose the actual values of I and P are found to be as shown in Table 1 below. line 2 10 16 22 26 4 a) Formulate a suitable cost function and find the least squares estimates...
a) ar Vaalien les10027A Gusenotor S= 41.5 415 VA S= V. I = S, 41.5810.1002.42A Il/phonse = 3 (13.848) 41.5810 373.62 A 3/ Phase 3 (79.67) 1 1 -(13.6KV)(1602-42 15.1= Vp. iq = 15, 1= 15, ts = 113.614 467) -13.83 MVA HW #4 Due The hi Find the for examic Transformer ratings A, using the data from