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Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ?
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Four point charge are placed at corners of square ABCD which are 0.1,0...
Taking 0.1C each at A,B and -0.1C each at C,D... electric potential at O =0. energy required=0.electric field at O =36√2×(10)^8 N/C, direction - y axis from O.
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Four point charge are placed at corners of square ABCD which are 0.1,0...
Magnitude and Direction of Electric Field:
- Calculate the electric field due to each point charge using the formula E = k*q/r^2, where k is the electrostatic constant, q is the charge, and r is the distance from the charge.
- Take into account the direction of each electric field due to the positive or negative charge.
- Use vector addition to find the total electric field at point O.
Electric Potential at O:
- Calculate the electric potential due to each point charge using the formula V = k*q/r, where k is the electrostatic constant, q is the charge, and r is the distance from the charge.
- Take into account the signs of the charges to determine the direction of the potential.
- Sum up the potentials due to each charge to find the total electric potential at point O.
Energy Required to Move 1 C Charge from O to E:
- Calculate the work done to move a 1 C charge from point O to point E using the formula W = q*ΔV, where q is the charge and ΔV is the change in electric potential.
- Find the change in electric potential between O and E by subtracting the potential at O from the potential at E.
- Multiply the charge by the change in potential to determine the energy required to move the charge.
- Calculate the electric field due to each point charge using the formula E = k*q/r^2, where k is the electrostatic constant, q is the charge, and r is the distance from the charge.
- Take into account the direction of each electric field due to the positive or negative charge.
- Use vector addition to find the total electric field at point O.
Electric Potential at O:
- Calculate the electric potential due to each point charge using the formula V = k*q/r, where k is the electrostatic constant, q is the charge, and r is the distance from the charge.
- Take into account the signs of the charges to determine the direction of the potential.
- Sum up the potentials due to each charge to find the total electric potential at point O.
Energy Required to Move 1 C Charge from O to E:
- Calculate the work done to move a 1 C charge from point O to point E using the formula W = q*ΔV, where q is the charge and ΔV is the change in electric potential.
- Find the change in electric potential between O and E by subtracting the potential at O from the potential at E.
- Multiply the charge by the change in potential to determine the energy required to move the charge.
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Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ?
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Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? 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 Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ?.
Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? 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 Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ?.
Solutions for Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? in English & in Hindi are available as part of our courses for Class 12.
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Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ?, a detailed solution for Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? has been provided alongside types of Four point charge are placed at corners of square ABCD which are 0.1,0.1,-.0.1 and -0.1C respectivly and side of lenght are 1 m. If O is the point of intersection of the digonals of the square and E is he mid point of BC. (1) magnitude and direction of electric field. (2) Electric potential at O. (3) energy required to move 1 C charge from point O to point E ? theory, EduRev gives you an
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