Explain the equations EquationsVect) = 2 dildtVRVinKvL v(z, t) - RAzi (z, t) - LAz-Δz → 0av (z, t)əzVLdi (z, t)atdi (z, t)əzi(z, t)- GAzv(z + Az; t) - CAZ-di (z, t)at=-Ri(z, t) - L-av(z+Az, t)atav (z, t)at= -Gv (z, t) - C-Vot- v(z+Az, t) = 0- i(z+Az, t) = 0di(z, t)at= jwl(z)Phasor Formi(z, t)Zv(z, t)wwwRAZdV (z)dzdI (z)dzLAZGAZDZ==RAHSOFTZ+AZ:i(z+Az, t)CAZ.v(z+Az, t)= −(R+ jwL)I(z),-(G+ jwC)V(z).

Given data Two equations are given as; vz, t-R∆ziz, t-L∆z∂iz, t∂t-vz+∆z, t=0 iz, t-G∆zvz+∆z,…

Equations VR Vin EvL v(z, t) - RAzi (z, t) - LAz- V₂(t) = 2 dil dt Δz →→ 0 av (z, t) az di (z, t) əz i(z, t)- GAzv(z + Az; t) - CAZ- di (z, t) at =-Ri(z, t) - L av (z + Az, t) at di (z, t) at av(z, t) at =-Gv(z, t) - C- Vot - v(z + Az, t) = 0 -i (z+Az, t) = 0 di (z, t) at = jwl(z) Phasor Form i(z, t) N v(z, t) ww RAZ dV (z) dz dI (z) dz m LAZ GAZ DZ RAHSOFT Z+AZ : i(z+Az, () CAZ.v(z+Az, t) = −(R+ jwL)I(z), = -(G+ jwC)V(z).

Equations VR Vin EvL v(z, t) - RAzi (z, t) - LAz- V₂(t) = 2 dil dt Δz →→ 0 av (z, t) az di (z, t) əz i(z, t)- GAzv(z + Az; t) - CAZ- di (z, t) at =-Ri(z, t) - L av (z + Az, t) at di (z, t) at av(z, t) at =-Gv(z, t) - C- Vot - v(z + Az, t) = 0 -i (z+Az, t) = 0 di (z, t) at = jwl(z) Phasor Form i(z, t) N v(z, t) ww RAZ dV (z) dz dI (z) dz m LAZ GAZ DZ RAHSOFT Z+AZ : i(z+Az, () CAZ.v(z+Az, t) = −(R+ jwL)I(z), = -(G+ jwC)V(z).

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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