V Figure 5 The circuit in figure 5 has R = 100 [N], L= 10 [mH], C= 10 [µF], v = 100cos(1000t) [V]. Sketch the phasors of v, ir, İL, ic and e. Find ir, iL, ic and e.

HH 9 0btoin the tronsfer functle Vout Vin R. ) Whot is the C. Volue to place gero frequency to 206H2? Vout c) What is the Ce volue to place pole frequer to 500k Hz? R2=1k2 d) Plot the frogueney response.

The actual impedance of a system is 300 Ω.  The base kVA is 300 kVA, and the base voltage is 11 kV.  What is the actual impedance with 400 kVA and 38 kV as base values? a. 300 b. 33.52 c. 0.744 d. 0.083

Can I have help with problem 5.33?

For the bridge circuits shown in the figure bellow, derive expressions to calculate the unknown impedances. Be Detector wwlle

dujo/mod/quiz/attempt.php?attempt=301878&cmid%3D62858&page 10 m TELL TJ0) T Firing angle-50 Degree 1:2 -200/200v For the circuit shown Vo rms = 5 Ohm 50 Hz O 132.6V O 21.5V O 141.AV O 200V O 63.8V O90.5V o ov Clear my choice arch DE

) Evaluate In C3tja) + h (2tjo). Convert your answer to polar form.

i need the answer quickly

O c. 1.57 sec O d. 0.87 sec O e. 1.94 sec Determine the closed loop poles for a 2nd order underdamped system knowing its settling time (2% criterion) and its natural frequency. ts-5 s and wn-1.0 rad/s Select one: a. s=-0.60 + jo.80 O b.s=-0.50 ± j0.70 O c. s=-0.75 + j1.05 O d. s=-0.80 + j0.60 O e. s=-0.90 ± j1.10 10:33 PM EN 4/19/2021 TOSHIBA