Entries by Grace Wahito

X_L=2πʄL=2π(12kHz)(100mH)=7.54KΩ

February 29, 2020 in /by

show work and phasor diagram) I need help making the diagram I did the problem. X_L=2πʄL=2π(12kHz)(100mH)=7.54KΩ                 X_C=1/2πʄC=1/2π(12kHz)(10nF) =1.33KΩ                 X_S=X_L-X_C=7.54kΩ-1.33kΩ=6.21kΩ                 Z_T=√(X_S^2+R^2 )=√(〖6.21kΩ〗^2+〖910Ω〗^2 )=6.28kΩ                 I=VS/ZT=8V/6.28kΩ=1.27mA                 V_L=I*X_L=(1.27mA)(7.54kΩ)=9.6V∠90°                 V_C=I*X_C=(1.27mA)(1.33kΩ)=1.7V∠-90°                 V_R=I*R=(1.27mA)(910Ω)=1.2V∠0°                 V_LC=V_L-V_C=9.6V-1.7V=7.9V                 θ=tan^(-1)⁡〖(VLC/VR〗)=tan^(-1)⁡〖(7.9V/1.2mV〗)=89.9°   Looking for a Similar Assignment? Order now and Get 10% Discount! Use Coupon Code “Newclient”

 

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I need help with this show your work.Week5 Series-Parallel circuits?

February 29, 2020 in /by

I need help with this show your work.Week5 Series-Parallel circuits?Well, this is that plus more complication. Using Figure 11.29 with the following values, solve for ZT, IT & theta. Vs = 18V Rs = 60ΩL = 3mH R = 4kΩ ƒ = 500kHz ATTACHMENT PREVIEW Download attachment   Looking for a Similar Assignment? Order now and Get […]

 

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Using Figure 13.28 with the following values, solve for ZT, IT & theta.

February 29, 2020 in /by

I need help with this please show your work. colspan=”3″> Using Figure 13.28 with the following values, solve for ZT, IT & theta. Vs = 120V Rs = 20Ω C = 47µF R = 14Ω ƒ = 60Hz ATTACHMENT PREVIEW Download attachment   Looking for a Similar Assignment? Order now and Get 10% Discount! Use Coupon Code […]

 

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Using Figure 13.28 with the following values, solve for ZT, IT & theta.

February 29, 2020 in /by

Please help me find this answer pleas show your work. Find, VRs, IC and IR Using Figure 13.28 with the following values, solve for ZT, IT & theta. Vs = 120V Rs = 20Ω C = 47µF R = 14Ω ƒ = 60Hz ATTACHMENT PREVIEW Download attachment   Looking for a Similar Assignment? Order now and Get […]

 

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