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Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least?
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Three pairs of large conducting plates are changed to different potent...
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Three pairs of large conducting plates are changed to different potent...
Ranking of Electric Field Magnitude between Different Pairs of Plates
Electric field intensity between two conducting plates is given by the formula: E = V/d, where V is the potential difference between the plates and d is the separation between them.
Pair 1: Plates A and B
- Given potential difference between plates A and B: V1
- Separation between plates A and B: d1
- Electric field magnitude between plates A and B: E1 = V1/d1
Pair 2: Plates B and C
- Given potential difference between plates B and C: V2
- Separation between plates B and C: d2
- Electric field magnitude between plates B and C: E2 = V2/d2
Pair 3: Plates C and D
- Given potential difference between plates C and D: V3
- Separation between plates C and D: d3
- Electric field magnitude between plates C and D: E3 = V3/d3
Ranking:
1. Pairs A and B: The pair with the highest potential difference and the smallest separation will have the highest electric field magnitude (E1).
2. Pairs C and D: The pair with the lowest potential difference and the largest separation will have the lowest electric field magnitude (E3).
3. Pairs B and C: The pair with the intermediate potential difference and separation will have the moderate electric field magnitude (E2).
Therefore, the ranking of the pairs according to the magnitude of electric field between them, from highest to least, is:
1. Pairs A and B
2. Pairs B and C
3. Pairs C and D
Electric field intensity between two conducting plates is given by the formula: E = V/d, where V is the potential difference between the plates and d is the separation between them.
Pair 1: Plates A and B
- Given potential difference between plates A and B: V1
- Separation between plates A and B: d1
- Electric field magnitude between plates A and B: E1 = V1/d1
Pair 2: Plates B and C
- Given potential difference between plates B and C: V2
- Separation between plates B and C: d2
- Electric field magnitude between plates B and C: E2 = V2/d2
Pair 3: Plates C and D
- Given potential difference between plates C and D: V3
- Separation between plates C and D: d3
- Electric field magnitude between plates C and D: E3 = V3/d3
Ranking:
1. Pairs A and B: The pair with the highest potential difference and the smallest separation will have the highest electric field magnitude (E1).
2. Pairs C and D: The pair with the lowest potential difference and the largest separation will have the lowest electric field magnitude (E3).
3. Pairs B and C: The pair with the intermediate potential difference and separation will have the moderate electric field magnitude (E2).
Therefore, the ranking of the pairs according to the magnitude of electric field between them, from highest to least, is:
1. Pairs A and B
2. Pairs B and C
3. Pairs C and D
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Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least?
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Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least?.
Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Three pairs of large conducting plates are changed to different potential as shown in figure.separation between each pair of plates in same.rank the pair of places according to magnitude of electric field between them,from highest to least?.
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