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    Rlc problem: calculations of components and phasor drawing

    thanks i did convert mH and μF in my calculations to H and F... I finally realized that I had left out the 525 in calculating XC. now i get tanϕ = 2.671 , which is voltage leading...which soothes my brain working out individual quantities probably would have saved me the headache. next...
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    Rlc problem: calculations of components and phasor drawing

    [FONT="Times New Roman"]Homework Statement Find impedance and Io. draw phasor diagram for rlc circuit V = 120cos(2π525t) where R = 10Ω, C = 1μF, L = 100mH, Vo = 120V Homework Equations Z = √(R2 + (ωL-1/(ωC))^2) = √(10^2 + (2π * 525 Hz * 100 mH - 1/(2π * 525 Hz * 1 μF ))^2) = 28.525Ω...
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