A charged particle of specific charge 1000 C/kg is projected from the origin of the x−y plane with velocity 2 ^i m/s at t=0. The plane has uniform magnetic field of 289√19 T and electric field of magnitude 10−3 N/C along the positive x− axis. Find the position of particle at t=2 s.

A charged particle of specific charge 1000 C/kg is projected from the

1.	A charged particle of specific charge 1000 C/kg is projected from the origin of the x−y plane with velocity 2 ^i m/s at t=0. The plane has uniform magnetic field of 289√19 T and electric field of magnitude 10−3 N/C along the positive x− axis. Find the position of particle at t=2 s.
Answer» A charged particle of specific charge $1000 C/kg$ is projected from the origin of the $x - y$ plane with velocity $2^i m/s$ at $t = 0$ . The plane has uniform magnetic field of $289 \sqrt{19} T$ and electric field of magnitude $10^{- 3} N/C$ along the positive $x -$ axis. Find the position of particle at $t = 2 s$ .

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A charged particle of specific charge 1000 C/kg is projected from the origin of the x−y plane with velocity 2 ^i m/s at t=0. The plane has uniform magnetic field of 289√19 T and electric field of magnitude 10−3 N/C along the positive x− axis. Find the position of particle at t=2 s.

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