Home
Class 10
PHYSICS
In a circuit if two resistors of 5 Omega...

In a circuit if two resistors of 5 `Omega` and 10 `Omega` are connected in series, compare the current passing through the two resistors.

Text Solution

Verified by Experts

In a series connection of resistors, same current passes through all the resistors . Hence current will be same. Ratio of the current will be 1 : 1.
Promotional Banner

Topper's Solved these Questions

  • ELECTRICITY

    OSWAAL PUBLICATION|Exercise TOPIC-2 ( Short Answer Type Questions -I )|15 Videos

  • ELECTRICITY

    OSWAAL PUBLICATION|Exercise TOPIC-2 ( Short Answer Type Questions -II )|53 Videos

  • ELECTRICITY

    OSWAAL PUBLICATION|Exercise TOPIC-2 ( Match the Column)|1 Videos

  • LIGHT-REFLECTION AND REFRACTION

    OSWAAL PUBLICATION|Exercise NCERT CORNER (TEXTBOOK EXERCISES)|15 Videos

Similar Questions

Explore conceptually related problems

In a circuit if two resistors of 4 Omega and 8 Omega are connected in parallel, find out the ratio of current passing through the two resistors.

Three resistors of 10 Omega , 15 Omega and 20 Omega are connected in series in a circuit. If the potential drop across the 15 Omega resistor is 3 V, find the current in the circuit and potential drop across the 10 Omega resistor.

A battery supplies 150 W and 196 W power to two resistors of 6 Omega and 4 Omega when they are connected separately to it. The internal resistance of the battery is

How many resistors of 88 Omega are connected in parallel to carry 10 A current on a 220 V line ?

If Three resistors of 6Omega,9Omegaand21Omega are connected in series to a 12 V battery, find a] The total resistance of the circuit. b] The current flowing through the circuit. c] The potential difference across the 21Omega resistor.

A battery supplies 150W and 196 W power to two resistors of 6Omega and 4Omega when they are connected separately to it. The internal resistance of battery is

An alternating voltage given by V =140 sin 314 t is connected across a pure resistor of 50 Omega find : (i) the frequency of the source. (ii) The rms current through the resistor.