This document contains a student assignment to simplify circuit diagrams involving series and parallel circuits. It provides three circuit examples with the resistance, voltage, current and power calculations for each individual resistor and the total circuit. The student is asked to calculate the equivalent resistance, total voltage, current and power for the circuits by applying the formulas for series and parallel combinations of resistors.

1. Taller M.T Sistemas 10°
Circuito serie y paralelo
Julio 2013
Nombre de los alumnos
Laura cristina guerrero
Alejandra Marín
Simplifique los siguientes circuitos:
Punto 1
RESISTEN VOLTAJE CORRIENTE POTENCIA
R1=100Ω V1=4 I1=0,04A P1=0.16W
R2=400Ω V2=16 I2=0,04A P2=0.64W
RT=500Ω VT=20 IT=0.04A PT=500W
RT= R1+R2 P=I*V
P1=0.04*4=0.16W
P2=0.04*16=0.64W
VT*IT= PT = 20/0.04=500W
100+400
RT=500Ω
I=V/R = 20/500=0.04A =IT=I1=I2=0.04A
V=I*R
VI=0.04*100=4V
V2=0.04*400=16V

2. Punto 2
RESISTEN VOLTAJE CORRIENTE POTENCIA
R1= V1= I1= P1=
R2= V2= I2= P2=
R3= V3= I3= P3=
R4 V4= I4= P4=
RT= VT= IT= PT=

3. Punto 3
RESISTEN VOLTAJE CORRIENTE POTENCIA
R1=500A V1=4672.5 I1=2 P1=43664.51 W
R2=200A V2=1869 I2=5 P2=17465.805W
R3=10A V3=93.45 I3=10 P3=873.29W
RT=9.345A VT=100 IT=10.701 PT=10.701W
RT= 1
1 + 1 + 1
R1 R2 R3
RT= 1
1 + 1 + 1
500 200 10
RT= 1
0.002+0.005+0.1
RT= 1 = 9.345A
0.107
I=V/R = 100/9.345=10.701A=IT=I1=I2=I3=10.701A
V=I*R
VI=9.345*500=4672.5V
V2=9.345*200=1869V
V3=9.345*10=93.45V
P=I*V P1=9.345*4672.5= 43664.51 W P2=9.345*1869=17465.805W
P3=9.345*93.45=873.29W
VT*IT= PT = 100/9.345=10.701W

4. Punto 4
RESISTEN VOLTAJE CORRIENTE POTENCIA
R1= V1= I1= P1=
R2= V2= I2= P2=
R3= V3= I3= P3=
R4 V4= I4= P4=
RT= VT= IT= PT=