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I've been asked to prove KVL and KCL using this circuit, but my vectors don't add up.
ei Vr1+ Vr2 + Vc1+Vc2 ≠ Vtotal, same goes for Current, but I at least got the correct angle for the current
Tried using vector addition, using addition of the vectors in complex form and even tried using this http://www.1728.org/vectors.htm vector addition calculator
I know my calculation are correct, I got my lab supervisor to check them.
Noting works, I don't know what I'm doing wrong, please help!
These are the values that I've got for my series parallel RC circuit (attached a photo of the circuit diagram)
Voltage (V)
R1 1.60< 49.97°
C1 2.78 <  40.03°
R1 1.68 <19.4°
C2 1.68 <19.4°
Total 4.75< 0°
Currant (mA)
R1 1.956 < 49.97°
C1 1.956 < 49.97°
R2 1.68<19.4°
C2 0.995< 109.4°
Total 1.956 < 49.9°
Impedance (Ω)
R1 820 < 0°
C1 1421< 90°
R2 1000 < 0°
C2 1693< 90°
Total 2427.6 <  49.9°
ei Vr1+ Vr2 + Vc1+Vc2 ≠ Vtotal, same goes for Current, but I at least got the correct angle for the current
Tried using vector addition, using addition of the vectors in complex form and even tried using this http://www.1728.org/vectors.htm vector addition calculator
I know my calculation are correct, I got my lab supervisor to check them.
Noting works, I don't know what I'm doing wrong, please help!
These are the values that I've got for my series parallel RC circuit (attached a photo of the circuit diagram)
Voltage (V)
R1 1.60< 49.97°
C1 2.78 <  40.03°
R1 1.68 <19.4°
C2 1.68 <19.4°
Total 4.75< 0°
Currant (mA)
R1 1.956 < 49.97°
C1 1.956 < 49.97°
R2 1.68<19.4°
C2 0.995< 109.4°
Total 1.956 < 49.9°
Impedance (Ω)
R1 820 < 0°
C1 1421< 90°
R2 1000 < 0°
C2 1693< 90°
Total 2427.6 <  49.9°
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