Assume the Phase angle of the source is zero. The XL value must be to O. 60.319 4 0° Ω 60.319 4 - 90° 60.319 και 90° Ω 60.319 4 0° Ω 120 V 60 Hz Load Lload 160 mH Road ww 6052

Need solution correctly

Sonu 2 Henüz cevaplanmad 35.00 üzerinden işaretlenmiş T Senyu işaretle x / 0° V O a -54,26 +j1240 V O b.-74.61 + j12.40 V +1 O c 54,26 + j-31.08 V O d. 20.38 + j-41.23 V O e. 1.37+j184,15 V Of-3491,00 +j-35.31 V g. 19.73 + j-10,69 V Oh. 1269,00 + j-63.72 V 40 Ω www j20 Ω m y / 0° A V -j30 Q W Soru 1) Yukarıdaki devre de voltage kaynağının genlik değeri x=77V ve akım kaynağının genlik değeri y=4A olduğuna göre, V düğüm geriliminin değerini hesaplayınız. Question 1) The amplitude of the voltage source is x=77V and the amplitude of the current source is y=4A, then find the node voltage V in the above circuit. 50 Ω A

5. A 12V AC voltage with a frequency of 125 Hz is connected in series with a 540 ohm resistor and 0.47 H inductor. All components are in series. Find the phase angle between applied voltage and total current. -34.3 degrees 34.3 degrees 57.5 degrees O -57.5 degrees

QUESTION 14 Which one of the following rectangular values is equivalent to the polar form 50 -155°? -45.32 - j 21.13 16.38 + j 11.47 28.68 - j 40.96 O 11.17 - j 16.38

In an RL series circuit the frequency is 60Hz, the voltage above the resistor is 60, the inductance is 0.4 H and the angle is 30º. Calculate   A) Inductive reactance B) Voltage drop in the inductor C) Current D) The impedance

Determine the equivalent impedance across a and b in polar form