In the adjoining diagram R1-10- R2-20- R3-40 - R4-80- and VA-5 V- VB-10 V- VC-20V- VD-15 V- The current in the resistance R1 will be

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In the adjoin...

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In the adjoining diagram $R_{1} = 10 Ω, R_{2} = 20 Ω, R_{3} = 40 Ω, R_{4} = 80 Ω$ and $V_{A} = 5 V, V_{B} = 10 V, V_{C} = 20 V, V_{D} = 15 V$ . The current in the resistance $R_{1}$ will be

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Resistors $R_{1}$ =10 $Ω$ , $R_{2}$ = 40 $Ω$ , $R_{3}$ = 30 $Ω$ , $R_{4}$ = 20 $Ω$ , $R_{5}$ = 60 $Ω$ and a 12V battery is connected as shown.

Calculate:
(a) the total resistance
(b) the total current flowing in the circuit.

R_{1} = 10 Ω

R_{2} = 40 Ω

R_{3} = 30 Ω

R_{4} = 20 Ω

R_{5} = 60 Ω

R_{1}

R_{1} = 10 Ω, R_{2} = 20 Ω, R_{3} = 30 Ω

V_{1} = 10 V, V_{2} = 6 V

V_{3} = 5 V

V_{A} - V_{B} = 0

r_{1}, r_{2}, r_{3}

r_{4}

r_{1} = r_{2} = r_{3} = r_{4} = 2.0 Ω

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