A straight wire current element is carrying current $$100$$ A, as shown in figure. The magnitude of magnetic field at point P which is at perpendicular distance $$3$$ −$$1$$ m from the current element if end A and end B of the element subtend angle $$300$$ and $$600$$ at point P, as shown, is

Question

A straight wire current element is carrying current $$100$$ A, as shown in figure. The magnitude of magnetic field at point P which is at perpendicular distance $$3$$ −$$1$$  m from the current element if end A and end B of the element subtend angle $$300$$ and $$600$$ at point P, as shown, is

Infinity Learn · Accepted Answer

$$B=$$  μ$$0$$.$$i4$$$$π$$a  $$sin$$ θ$$1$$ $$+$$ $$sin$$ θ$$2$$ $$=$$  $$10$$−$$7$$  ×  $$1003$$ −$$1$$   $$32$$  −$$12$$  $$=$$  $$5$$  × $$10$$−$$6$$ T

A straight wire current element is carrying current 100 A, as shown in figure. The magnitude of magnetic field at point P which is at perpendicular distance $(\sqrt{3} - 1) m$ from the current element if end A and end B of the element subtend angle 30⁰ and 60⁰ at point P, as shown, is

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A straight wire current element is carrying current 100 A, as shown in figure. The magnitude of magnetic field at point P which is at perpendicular distance 3 −1 m from the current element if end A and end B of the element subtend angle 300 and 600 at point P, as shown, is

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Ready to Test Your Skills?

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A straight wire current element is carrying current 100 A, as shown in figure. The magnitude of magnetic field at point P which is at perpendicular distance $(\sqrt{3} - 1) m$ from the current element if end A and end B of the element subtend angle 30⁰ and 60⁰ at point P, as shown, is