0.5. A charged particle enters perpendicularly a region having either

1.	0.5. A charged particle enters perpendicularly a region having either (i) magnetic field or (ii) anelectric field. How can the trajectory followed by the charged particle help us to know whetherthe region has an electric field or a magnetic field? Explain briefly
Answer» Answer: If CHARGE particle perpendicular to magnetic FIELD then it will FOLLOWED circular PATH by Fleming Left Hand Rule.

0.5. A charged particle enters perpendicularly a region having either (i) magnetic field or (ii) anelectric field. How can the trajectory followed by the charged particle help us to know whetherthe region has an electric field or a magnetic field? Explain briefly

Answer»

Answer:

If CHARGE particle perpendicular to magnetic FIELD then it will FOLLOWED circular PATH by Fleming Left Hand Rule.

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0.5. A charged particle enters perpendicularly a region having either (i) magnetic field or (ii) anelectric field. How can the trajectory followed by the charged particle help us to know whetherthe region has an electric field or a magnetic field? Explain briefly​

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0.5. A charged particle enters perpendicularly a region having either (i) magnetic field or (ii) anelectric field. How can the trajectory followed by the charged particle help us to know whetherthe region has an electric field or a magnetic field? Explain briefly