Two electrically charged particles having charges of different magnitude when placed at a distance 'd' from each other experience a force of attractions 'F'. These two particles are put in contact and again placed at same distance from each other. What is the nature of the new force between them? Is the magnitude of the force of interaction between them now more or less? Plz provide me an valid explanation.

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Explanation:
When two electrically charged particles having charges of different magnitude are placed at a distance 'd' from each other, they experience a force of attraction 'F'. This force of attraction is given by Coulomb's law, which states that the force of attraction between two charged particles is directly proportional to the product of their charges and inversely proportional to the square of the distance between them.

After Contact:
When the two particles are put in contact, the charges on them get redistributed. As a result, the magnitude of the charges on the particles may change, but the net charge on the system remains the same. When the particles are placed at the same distance 'd' from each other, the force of attraction between them will be given by Coulomb's law, using the new charges.

Nature of the New Force:
The nature of the new force between the particles will depend on the charges on them after they are put in contact. If the charges on both particles are of the same sign, then the force between them will be one of repulsion. If the charges on the particles are of opposite sign, then the force between them will be one of attraction.

Magnitude of the Force:
The magnitude of the force of interaction between the particles after they are put in contact can be more or less than the original force of attraction. This is because the charges on the particles may have changed due to the redistribution of charges when they were put in contact. If the magnitude of the charges on the particles has increased, then the force of interaction between them will be more. If the magnitude of the charges on the particles has decreased, then the force of interaction between them will be less.

Conclusion:
In conclusion, when two charged particles of different magnitudes are put in contact and placed at the same distance from each other, the nature of the force of interaction between them will depend on the charges on them after they are put in contact. The magnitude of the force of interaction between them can be more or less than the original force of attraction, depending on the redistribution of charges on the particles.

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When two electrically charged particles having charges of different magnitude are placed at a distance D from each other the experience of force of attraction f these two particles are put in contact and again placed at the same distance from each other what is the nature of new force between them?

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Two electrically charged particles having charges of different magnitude when placed at a distance 'd' from each other experience a force of attractions 'F'. These two particles are put in contact and again placed at same distance from each other. What is the nature of the new force between them? Is the magnitude of the force of interaction between them now more or less? Plz provide me an valid explanation. for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Two electrically charged particles having charges of different magnitude when placed at a distance 'd' from each other experience a force of attractions 'F'. These two particles are put in contact and again placed at same distance from each other. What is the nature of the new force between them? Is the magnitude of the force of interaction between them now more or less? Plz provide me an valid explanation. covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two electrically charged particles having charges of different magnitude when placed at a distance 'd' from each other experience a force of attractions 'F'. These two particles are put in contact and again placed at same distance from each other. What is the nature of the new force between them? Is the magnitude of the force of interaction between them now more or less? Plz provide me an valid explanation. .

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