The document describes three series circuits with different resistor values connected to a 12V power source. It calculates the total resistance, current, voltage dropped across each resistor, and verifies the total voltage equals 12V in each circuit. The color bands for each resistor are listed along with the corresponding current, voltage, and resistance values.

1. CIRCUITO EN SERIE 1
Rtotal =R1+R2+R3+R4+R5 I = V/R
=2.5 + 4.2 + 3.2 + 2.5+ 5.2 I = 12 V / 17600 Ω
=17.6 K Ω I = 681.818 x 10 -6
I = 681 µA
VR1 =(2500 Ω) (681 X 10-6 A) VR2 =(4200 Ω) (681 X 10-6 A)
=1.7 V =2.86 V
VR3 =(3200 Ω) (681 X 10-6 A) VR4 =(2500 Ω) (681 X 10-6 A)
=2.18 V =1.7 V
VR5 =(5200 Ω) (681 X 10-6 A)
=3.54 V
Vtotal = V1 + V2 + V3 + V4 + V5
= 1.7 + 2.86 + 2.18 + 1.7 + 3.54
= 11.98 V
ROJO – VERDE – ROJO AMARILLO – ROJO – ROJO
NARANJA–ROJO–ROJO
ROJO – VERDE – ROJOVERDE – ROJO – ROJO
I= 681 µA
V = 1.7 V
I = 681 µA
R = 2500 Ω
V = 2.86 V
I = 681 µA
R = 4200 Ω
V = 1.7 V
I = 681 µA
R = 2500 Ω
V = 3.54 V
I = 681 µA
R = 5200 Ω
V = 2.18 V
I = 681 µA
R = 3200 Ω

2. CIRCUITO EN SERIE 2
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Rtotal =R1+R2+R3+R4+R5 I = V/R
=540 + 220 + 250 + 510 + 320 I = 12 V / 1840 Ω
=1840 Ω I = 6.521 x 10 -3
I = 6.521 mA
VR1 =(540 Ω) (6.521 X 10-3 A) VR2 =(220 Ω) (6.52 X 10-3 A) =
3.52 V =1.43 V
VR3 =(250 Ω) (6.521 X 10-3 A) VR4 =(510 Ω) (6.521 X 10-3 A) =
1.63 V =3.33 V
VR5 =(320 Ω) (6.521 X 10-3 A)
=2.09 V
Vtotal = V1 + V2 + V3 + V4 + V5
= 3.52 + 1.43 + 1.63 + 3.33 + 2.09
= 12 V
VERDE – AMARILLO – CAFÉ ROJO – ROJO – CAFÉ
ROJO–VERDE–CAFÉ
VERDE – CAFÉ – CAFÉNARANJA – ROJO – CAFÉ
I= 6.521 mA
V = 3.52 V
I = 6.521 mA
R = 540 Ω
V = 1.43 V
I = 6.521 mA
R = 220 Ω
V = 3.33 V
I = 6.521 mA
R = 510 Ω
V = 2.09 V
I = 6.521 mA
R = 320 Ω
V = 1.63 V
I = 6.521 mA
R = 250 Ω

3. CIRCUITO EN SERIE 3
Rtotal =R1+R2+R3+R4+R5 I = V/R
=250 + 5400 + 540 + 150 + 4500 I = 12 V / 10840 Ω
=10840 Ω I = 1.107 x 10-3
I = 1.107 mA
VR1 =(250 Ω) (1.107 X 10-3 A) VR2 =(5400 Ω) (1.107 X 10-3 A)
=0.28 V =5.98 V
VR3 =(540 Ω) (1.107 X 10-3 A) VR4 =(150 Ω) (1.107 X 10-3 A)
=0.6 V =0.17 V
VR5 =(4500 Ω) (1.107 X 10-3 A)
=4.98 V
Vtotal = V1 + V2 + V3 + V4 + V5
= 0.28 + 5.98+ 0.60 + 0.17 + 4.98
= 12.01 V
ROJO – VERDE – CAFÉ VERDE – AMARILLO – ROJO
VERDE–AMARILLO–CAFÉ
AMARILLO – VERDE – ROJO CAFÉ – VERDE – CAFÉ
I= 1.107 mA
V = 0.28 V
I = 1.107 m A
R = 250 Ω
V = 5.98 V
I = 1.107 mA
R = 5400 Ω
V = 0.17 V
I = 1.107 mA
R = 150 Ω
V =4.98 V
I = 1.107 mA
R = 4500 Ω
V = 0.60 V
I = 1.107 mA
R = 540 Ω