Question: table [ [ f _ ( S ) , kHz ] , [ 1 . 8 0 , 3 . 2 0 ] ,

\table[[f_(S),kHz],[1.80,3.20],[4.60,t_(s)],[\mu s ,554.4],[312.6,217.6],[V_(R ), V^(RMS)],[3.99,4.01],[4.01,I_(S)],[mA,39.9],[40.1,40.1],[V, V^(RMS)],[4.44,4.35],[4.67,t_(R-S )],[\mu s ,+45],[0,-16],[V_(S) angle -\theta ,\deg ],[29.2,0],[-26.5,V_(RL )],[ V^(RMS),4.43],[4.82,5.26],[t_(R-RL ),\mu s ],[-25,-28],[-20,V_(RL ) angle -\delta ],[\deg ,-16.2],[-32.2,-33.1],[V, V^(RMS)],[,],[,V_(L) angle -\alpha ],[\deg ,],[,],[V_(c), V^(RMS)],[,],[,V_(c) angle -\beta ],[\deg ,],[,],[Z,\Omega ],[111,108],[116,S],[mVA,],[,],[Q,mVAR],[,],[,P_(S)],[mW,],[,]]=((V_(R))/(100))
b(V_(S)=V_(R)+V_(L)+V_(C)) Can you give me the formulas needed to fill this table especially the VC,VL, and the angles
\ table [ [ f _ ( S ) , kHz ] , [ 1 . 8 0 , 3 . 2

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