Given A=e"a, +2 cos ya, +2 sin za,, find V A at the origin.
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- (a) Determine τ τ = 66.67ms (b) Write the mathematical expression for the voltage VL using the definedpolarities and direction. VL= -12Ve-t/66.67ms (c) Write the mathematical expression for the current IL using the definedpolarities and direction. IL = -400mA(1 - e-t/66.67ms) (d) Sketch the waveforms of vL and iLUULSIION 2 (a) The voltage across a 10µF is ve = 100sin(@t-40°)V and f= 1000HZ. (i) Calculate ic, (ii) Sketch iç and ve waveform and its phasor diagram. 1 Ac GreiPlot the sinusoid for t 0 to T, where A = 150 mA, f= 35 Hz and 0 = - 30° : %3D i(t) = A sin (@t + 0)
- An AC circuit contains a 24-Ω resistor, a 15.9-mH inductor, and a 13.3-µF capacitor connected in parallel. The circuit is connected to a 240-V, 400-Hz power supply. Find the following values. XL = XC = IR = IL = IC = P = VA R sL = VA R sC = IT = VA = PF = ∠ θ =Neglecting other capacitances, calculate ZX in the circuits below. Sketch |ZX| versus frequency. ZX M₂ 11 VDD RD M₁ λ=y=0 (a) 5 HH₁ M₂ C₁ 1₁ VDD RD M₁ Zx λ=γ=0 (b)Hi. In the circuit E = 230 V 50 Hz, sinusoidal AC voltage, R = 9 Ω and L = 0.9 How large should capacitor C be (in microfarades) for the maximum possible current to flow through the resistor? How to calculate C?
- A generator delivers an AC voltage of the form Av = (88.0 V)sin(60at) to a capacitor. The maximum current in the circuit is 0.790 A. Find the following. (a) rms voltage of the generator V (b) frequency of the generator Hz (c) rms current A (d) the reactance Ω (e) the value of the capacitance μF2. Given: v(t) = 325.269 sin( 376.991t + 36.87 ) V Find : e. V when t = 5us f. V when o = 30° g. The first angle after = 0 when V = -100V h. The first time after t 0 when V = -100V Answer: e. V = 195.652 V f. V= 299.126 V g. 0 = 161.035 h. t= 7.455 msec$ 114101 4 R The magnitude of the voltage across the inductor is % 6 E = 100 V Z 0° Q Search T R=30 www + VR- ^ 40 6 & 4- 7 YU 18 * + Ja 00 8 X, = 4 Ω moo + VL- 1 I◄◄ ( fio ▶11 ) O (₁) ...........V ➤I 112₂ + لا prt sc t del bac
- After solving for lb, kindly find Z in the circuit shown below, where vg = 25/15° V and la= 5/15°A. TYConsider the circuit shown in the figure below. Find the phasors Is, V, IR, IL, and Ic.- i,(1) = 0.01 cos(10*) 20 mH 1 k2 0.5 μF Vir A> 1:11 docs.google.com. The reactance X of capacitance =jwc True False The amplitude of 12πcos(300t) = 12 True False The frequency f of 12πcos(300t) =300/2π True False The phaser form of v=123cos(50t-30)= 123 /-30 True False Q4: find the current in 4mf capacitance if