Calculate the combined resistance in each case:

Open in App

Solution

A) 1500 Ohm

B) 1 Ohm

C) 5 Ohm

Suggest Corrections

Similar questions

The given figure shows a battery having an EMF of 9V and internal resistance of $0.6 Ω$ , connected to three resistors A, B and C. ?

(a) Calculate the combined resistance of B and C.
(b) Calculate the total resistance of A, B and C.
(c) Calculate the total resistance of the circuit.
(d) Calculate the current in each of the three resistors A, B and C.
[5 MARKS]

Q. Six equal resistance of

1 Ω

each are connceted to form the sides of a hexagon ABCDEF. Calculate the resistance offered by the combination if the current enters at A and leaves at D.

Q. Calculate combined resistance.

Two resistors of $2.0 Ω$ and $3.0 Ω$ are connected (a) in series, (b) in parallel, with a battery of 6.0 V and negligible internal resistance. For each case, draw a circuit diagram and calculate the current through the battery.

Two resistors A and B resistance 4 $Ω a n d 6 Ω$ respectively are connected in parallel. The combination is connected across a 6 volt battery of negligible resistance. Calculate : (i) the power supplied by the battery, and (ii) the power dissipated in each resistor.

Join BYJU'S Learning Program

Calculate the combined resistance in each case:

A) 1500 Ohm B) 1 Ohm C) 5 Ohm

A) 1500 Ohm

B) 1 Ohm

C) 5 Ohm