V₂ 20 V R1 220 Ω R2 125 Ω R3 175 Ω Figure Q1 Μ R4 150 Ω ΜΕ R5 225 Ω
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Calculate the value of current through each resistor, the total current, and the total resistance for the circuit in Figure 1 below.
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- A compound curve has the following characteristics: I1= 24° D1 = 6°I2= 36° D2 = 4°Stationing of P.C. = 10 + 420Compute the stationing of P.C.C.Eae = 17.10 V , Edh = 11.44 V ( use this as the theoretical values ) Eae = _______ V Edh = _______ V Vab = _______ V Iab = _______ A Vbc = _______ V Ibc = _______ A Vcd = _______ V Icd = _______ A Vbf = _______ V Ibf = _______ A Vcg = _______ V Icg = _______ AEdh = _______ V Iab = _______ A Ibc = _______ AIcd = _______ AIbf = _______ A Icg = _______ A please compute using the given circuit, show complete solution
- I = 5.76mA∠43.91° VR = IZR = (5.76mA∠43.91°)(1kΩ∠0°) = 5.76V∠43.91° VL = IZL = (5.76mA∠43.91°)(628.31Ω ∠90°) = 3.62V∠133.91° VC = IZC = (5.76mA∠43.91°)(1.591kΩ ∠-90°) = 9.16V∠-46.09°How was it solved Answers: a. 98.9949 Vb. 197.9899 Vc. 70 Vd. 100 mse. 10 Hzf. 20π rad/secg. 125.0876°h. v(t) = 98.9949sin(20πt + 125.0876°)i. -29.0880 Vj. 0.99959°k. 63.643 msQ2: Consider the following circuit, determine Zt, Qp ,BW ? * 100 nF &, Add File