A parallel plate capacitor of area $60 c m^{2}$ and separation 3 mm is charged initially to $90 μ C$ . If medium between the plates gets slightly conducting and the p!ate loses the charge initially at rate of $2.5 \times 10^{- 8} C / s$ , then what is the magnetic field between the plates?

2.5 \times 10^{- 8} T

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2.0 \times 10^{- 7} T

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1.63 \times 10^{- 11} T

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ZERO

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Solution

The correct option is D ZERO
If the charge starts flowing its kind of current carrying wire so they won't be any magnetic field in the wire(plate) but outside is the magnetic field. magnetic field between two plates is zero.

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A parallel plate capacitor of area 60cm2 and separation 3 mm is charged initially to 90μC. If medium between the plates gets slightly conducting and the p!ate loses the charge initially at rate of 2.5×10−8C/s, then what is the magnetic field between the plates?

The correct option is D ZEROIf the charge starts flowing its kind of current carrying wire so they won't be any magnetic field in the wire(plate) but outside is the magnetic field. magnetic field between two plates is zero.

A parallel plate capacitor of area $60 c m^{2}$ and separation 3 mm is charged initially to $90 μ C$ . If medium between the plates gets slightly conducting and the p!ate loses the charge initially at rate of $2.5 \times 10^{- 8} C / s$ , then what is the magnetic field between the plates?

The correct option is D ZERO
If the charge starts flowing its kind of current carrying wire so they won't be any magnetic field in the wire(plate) but outside is the magnetic field. magnetic field between two plates is zero.