+ 3Ω 12 μον j2Ω I - 6/01 {j3Ω + 4Ω + jΩ (1) 3/10° Α

-d.com/webapps/assessment/take/launch.jsp?course_assessment_id=_168587_1&course_id=_69233_1&content. & A Seanav videos .Lecture Recording... 4 My Drive - Google.. * Question Completion Status: Problem Continues: In the circuit below, calculate the phase angle of the phasor current through the inductor L2 in mA. 4.7 KO -j8 KO R2 L = 20.34125.6° mA 4 KQ 4.7 KO C1 R3 R1 L1 ll j1 KO j8 KO ll E L2 Save All Answers Save and S 57°F Clear

33.1. Define impedance and admittance in two sentences each. 33.2. Enumerate four types of complex number and its operations. 33.3. Reference to 33.2, draw the phasor diagram of each type of complex number.

The simultaneous equations representing the currents flowing in an unbalanced, three-phase, star connected, electrical network are as follows: 2.4I1 + 3.6I2 + 4.8I3 = 1.2 −3.9I1 + 1.3I2 − 6.5I3 = 2.6 1.7I1 + 11.9I2 + 8.5I3 = 0   Using Gaussian elimination, solve the equations for the currents.