A square loop of side a and centre at origin lies in xy plane. Carries current I in clockwise direction. The magnetic field on the x-axis at distance d from the centre of the square loop is given by ______(upto second decimal places) (Assume d andgt;andgt; a)Correct answer is between '-0.30,-0.20'. Can you explain this answer?

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(upto second decimal places) (Assume d >> a)

Correct answer is between '-0.30,-0.20'. Can you explain this answer?

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A square loop of side a and centre at origin lies in xy plane. Carries...

As d >> a. so we can treat the square loop as a magnetic dipole of dipolemoment

So. the magnetic field at the distance d on the x-axis is given by

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A square loop of side a and centre at origin lies in xy plane. Carries current I in clockwise direction. The magnetic field on the x-axis at distance d from the centre of the square loop is given by ______(upto second decimal places) (Assume d >> a)Correct answer is between '-0.30,-0.20'. Can you explain this answer?

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A square loop of side a and centre at origin lies in xy plane. Carries current I in clockwise direction. The magnetic field on the x-axis at distance d from the centre of the square loop is given by ______(upto second decimal places) (Assume d >> a)Correct answer is between '-0.30,-0.20'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about A square loop of side a and centre at origin lies in xy plane. Carries current I in clockwise direction. The magnetic field on the x-axis at distance d from the centre of the square loop is given by ______(upto second decimal places) (Assume d >> a)Correct answer is between '-0.30,-0.20'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A square loop of side a and centre at origin lies in xy plane. Carries current I in clockwise direction. The magnetic field on the x-axis at distance d from the centre of the square loop is given by ______(upto second decimal places) (Assume d >> a)Correct answer is between '-0.30,-0.20'. Can you explain this answer?.

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