In a region , uniform electric field is present as →E=E0^j and a uniform magnetic field is present as →B=−B0^k. An electron is released from rest at origin. Which of the following best represents the path followed by electron after release.

In a region , uniform electric field is present as →E=E0^j and a uni

1.	In a region , uniform electric field is present as →E=E0^j and a uniform magnetic field is present as →B=−B0^k. An electron is released from rest at origin. Which of the following best represents the path followed by electron after release.
Answer» In a region , uniform electric field is present as $\to E = E_{0}^j$ and a uniform magnetic field is present as $\to B = - B_{0}^k$ . An electron is released from rest at origin. Which of the following best represents the path followed by electron after release.

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In a region , uniform electric field is present as →E=E0^j and a uniform magnetic field is present as →B=−B0^k. An electron is released from rest at origin. Which of the following best represents the path followed by electron after release.

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