| __ | 1. | Corrientes | | A. | F=[1/(4πЄ)][(q1+q2)/d2]→Ud=[1/(4πЄ)]q1*q2[(→d2-→d1)/(→d2-→d1 |
| __ | 2. | Ley de Ampere | | B. | I=GV=V/R |
| __ | 3. | Ley de Coulomb | | C. | V1=V2+V3 k=1∑n Vk = V1+V2+V3+…Vn=0 |
| __ | 4. | Ley de Joule | | D. | ∑(V+E)=∑Z*I[V] en C.A. ∑(V+E)=∑R*I[V] en C.C. |
| __ | 5. | Ley de mallas | | E. | s§ Jds= §Hdl |
| __ | 6. | Ley de Omh | | F. | R = Ρ + (I/A) |
| __ | 7. | Ley de Watt | | G. | I1=I2+I3 k=1∑n Ik = I1+I2+I3+…In=0 |
| __ | 8. | Leyes de Kirchhof | | H. | A= π+r2=π(d/2)2=(π+d2)/4 |
| __ | 9. | Resistencia de conductor | | I. | P = V * I |
| __ | 10. | Seccion Transvesal de conducto | | J. | Pp = R + I 2 |