3 . 24 × 10 - 4 J of work is done in bringing a charge of 3 × 10 - 8 C from one point to the other. Calculate the potential difference between the points.

Given, Work, W = 3 . 24 × 10 - 4 J Charge, Q = 3 × 10 - 8 C Electric potential is the flow of charge from one conductor to other in contact. △ V = W Q = 3 . 24 × 10 - 4 J 3 × 10 - 8 C = 1 . 08 × 10 4 V

E M B I B E

Science Part-I NEW ERA PHYSICS Textbook for Class X>Chapter 1 - Electricity>PROBLEMS FOR PRACTICE

Narendra Kumar Solutions for Chapter: Electricity, Exercise 2: PROBLEMS FOR PRACTICE

Author:Narendra Kumar

Narendra Kumar Physics Solutions for Exercise - Narendra Kumar Solutions for Chapter: Electricity, Exercise 2: PROBLEMS FOR PRACTICE

Attempt the free practice questions on Chapter 1: Electricity, Exercise 2: PROBLEMS FOR PRACTICE with hints and solutions to strengthen your understanding. Science Part-I NEW ERA PHYSICS Textbook for Class X solutions are prepared by Experienced Embibe Experts.

Questions from Narendra Kumar Solutions for Chapter: Electricity, Exercise 2: PROBLEMS FOR PRACTICE with Hints & Solutions

MEDIUM

10th CBSE

IMPORTANT

Science Part-I NEW ERA PHYSICS Textbook for Class X>Chapter 1 - Electricity>PROBLEMS FOR PRACTICE>Q 1

How much work is done in moving a charge of $5 C$ across two points having a potential difference $12 V$ ?

MEDIUM

10th CBSE

IMPORTANT

Science Part-I NEW ERA PHYSICS Textbook for Class X>Chapter 1 - Electricity>PROBLEMS FOR PRACTICE>Q 2

Calculate the work done in moving a charge of $5 C$ from a point at $200 V$ to another point at $250 V$ .

MEDIUM

10th CBSE

IMPORTANT

Science Part-I NEW ERA PHYSICS Textbook for Class X>Chapter 1 - Electricity>PROBLEMS FOR PRACTICE>Q 3

$3.24 \times 10^{- 4} J$ of work is done in bringing a charge of $3 \times 10^{- 8} C$ from one point to the other. Calculate the potential difference between the points.