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Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18 C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?
- a)–528 × 10–19 C
- b)0
- c)1056 × 10–18 C
- d)When they touch nothing happen
Correct answer is option 'B'. Can you explain this answer?
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Two identical, insulated sphere have different charges. Sphere 1 has &...
The correct answers are: 0, When they touch nothing happen
This question is part of UPSC exam. View all Physics courses
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Two identical, insulated sphere have different charges. Sphere 1 has &...
A positive charge and sphere 2 has a negative charge. If the two spheres are brought into contact and then separated, what can be said about the charges on each sphere?
When the two spheres are brought into contact, the charges redistribute themselves between the two spheres. The positive charge on sphere 1 will attract some of the negative charge from sphere 2, and the negative charge on sphere 2 will attract some of the positive charge from sphere 1. As a result, the charges on each sphere become more evenly distributed.
After the spheres are separated, the charges on each sphere will remain the same as before they were brought into contact. The redistribution of charges between the spheres only occurs while they are in contact, but once they are separated, the charges on each sphere are fixed. Therefore, sphere 1 will still have a positive charge and sphere 2 will still have a negative charge.
When the two spheres are brought into contact, the charges redistribute themselves between the two spheres. The positive charge on sphere 1 will attract some of the negative charge from sphere 2, and the negative charge on sphere 2 will attract some of the positive charge from sphere 1. As a result, the charges on each sphere become more evenly distributed.
After the spheres are separated, the charges on each sphere will remain the same as before they were brought into contact. The redistribution of charges between the spheres only occurs while they are in contact, but once they are separated, the charges on each sphere are fixed. Therefore, sphere 1 will still have a positive charge and sphere 2 will still have a negative charge.
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Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer?
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Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer?.
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Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer?, a detailed solution for Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer? has been provided alongside types of Two identical, insulated sphere have different charges. Sphere 1 has –9.6 × 10–18C. Sphere 2 has 60 excess electron. If the two sphere are brought into contact and then separated. What charge will each have?a)–528 × 10–19Cb)0c)1056 × 10–18Cd)When they touch nothing happenCorrect answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
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