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Statement (A) : Ampere's law states that...

Statement (A) : Ampere's law states that the line integral of `vecB.vecdl` along a closed path round the current carrying conductor is equal to `μ_(0)i` (i is the net current through the surface bounded by the closed path)
Statement (B) : Ampere's law can be derived from Biot savart's law

A

A is true B is false

B

A is false B is true

C

A and B are true

D

A and B is false

Text Solution

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The correct Answer is:
C
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AAKASH SERIES-MOVING CHARGES AND MAGNETISM-EXERCISE-IA
  1. Arrange the following in asending order of magnetic induction at a poi...

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  2. Imagine a man swimming along a current carrying conductor in a directi...

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  3. Statement (A) : Ampere's law states that the line integral of vecB.vec...

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  4. Which one of the following graphs, shows the variation of magnetic ind...

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  5. A current carrying power line carries current from west to east. The d...

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  6. The strength of magnetic field around an infinitely long current carry...

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  7. A vertical straight conductor carries a current vertically upwards. A ...

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  8. If a current i ampere flows in a long straight thin walled tube, then ...

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  9. The magnetic field due to a straight conductor of uniform cross - sect...

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  10. A current I(1) carrying wire AB is placed near another long wire CD ca...

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  11. Magnetic field at a distance a from long current carrying wire is prop...

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  12. Two equal electric currents are flowing perpendicular to each other as...

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  13. A very long straight wire carries a current I. At the instant when a c...

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  14. A closed loop PQRS carrying a current is placed in a uniform magnetic ...

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  15. A current carrying loop in the form of a right angle isosceles triangl...

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  16. A circular coil AB CD carrying a current / is placed in a uniform magn...

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  17. Two identical long conducting wires AOB and COD are placed at right an...

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  18. Two infinitely long, thin, insulated, straight wires lie in the x-y pl...

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  19. The correct match is

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  20. A steady electric current is flowing through a cylindrical conductor ...

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