Physics Exam > Physics Questions > 4 electric charges of strength Q,Q,-Qand -Q a...
Start Learning for Free
4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ?
Most Upvoted Answer
4 electric charges of strength Q,Q,-Qand -Q are placed respectively at...
Electric Field of a System of Charges
Electric field due to a system of charges can be approximated as that of a point charge or a dipole depending on the configuration of the charges.
Point Charges Configuration
- When the distances between the charges are much smaller compared to the distance at which the electric field is being observed, the system of charges behaves like a single point charge located at the center of mass of the distribution.
- In this case, the electric field will be approximately that of a point charge with a net charge equal to the sum of individual charges.
Dipole Configuration
- When the distances between the charges are comparable to or larger than the distance at which the electric field is being observed, the system of charges behaves like an electric dipole.
- In this case, the electric field will be approximately that of a dipole with a dipole moment given by the vector sum of the individual dipole moments.
Given Configuration
- In the given scenario, the charges are placed at points (-b,0), (b,0), (0,-a), and (0,a) on the xy plane.
- The distances between the charges are of the same order as the distance d at which the electric field is being observed.
- Therefore, the electric field will be approximately that of a dipole rather than a point charge.
Conclusion
- In conclusion, the electric field due to the configuration of charges described will appear to be approximately that of a dipole when observed at a distance d far away from the charges.
Electric field due to a system of charges can be approximated as that of a point charge or a dipole depending on the configuration of the charges.
Point Charges Configuration
- When the distances between the charges are much smaller compared to the distance at which the electric field is being observed, the system of charges behaves like a single point charge located at the center of mass of the distribution.
- In this case, the electric field will be approximately that of a point charge with a net charge equal to the sum of individual charges.
Dipole Configuration
- When the distances between the charges are comparable to or larger than the distance at which the electric field is being observed, the system of charges behaves like an electric dipole.
- In this case, the electric field will be approximately that of a dipole with a dipole moment given by the vector sum of the individual dipole moments.
Given Configuration
- In the given scenario, the charges are placed at points (-b,0), (b,0), (0,-a), and (0,a) on the xy plane.
- The distances between the charges are of the same order as the distance d at which the electric field is being observed.
- Therefore, the electric field will be approximately that of a dipole rather than a point charge.
Conclusion
- In conclusion, the electric field due to the configuration of charges described will appear to be approximately that of a dipole when observed at a distance d far away from the charges.
|
Explore Courses for Physics exam
|
|
4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ?
Question Description
4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ?.
4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ?.
Solutions for 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? in English & in Hindi are available as part of our courses for Physics.
Download more important topics, notes, lectures and mock test series for Physics Exam by signing up for free.
Here you can find the meaning of 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? defined & explained in the simplest way possible. Besides giving the explanation of
4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ?, a detailed solution for 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? has been provided alongside types of 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? theory, EduRev gives you an
ample number of questions to practice 4 electric charges of strength Q,Q,-Qand -Q are placed respectively at points (-b,0),(b ,0),(0 ,-a) and (0,a) on the xy plane at a distance d very far away from these charges the electric field will appear to be proximately that of point charge or dipole ? tests, examples and also practice Physics tests.
|
|
Explore Courses for Physics exam
|
|
Suggested Free Tests
Signup for Free!
Signup to see your scores go up within 7 days! Learn & Practice with 1000+ FREE Notes, Videos & Tests.
|
© EduRev
|
Education Revolution
|
Follow Us
|
Signup to see your scores
go up within 7 days!
Access 1000+ FREE Docs, Videos and Tests
Takes less than 10 seconds to signup