A charged particle carrying charge 1 μC is moving with velocity (2^i+3^j+4^k) ms−1. If an external magnetic field of (5^i+3^j−6^k)×10−3 T exists in the region where the particle is moving then the force on the particle →F×10−9 N. The vector →F is-

A charged particle carrying charge 1 μC is moving with velocity (2^i+

1.	A charged particle carrying charge 1 μC is moving with velocity (2^i+3^j+4^k) ms−1. If an external magnetic field of (5^i+3^j−6^k)×10−3 T exists in the region where the particle is moving then the force on the particle →F×10−9 N. The vector →F is-
Answer» A charged particle carrying charge $1 μ C$ is moving with velocity $(2^i + 3^j + 4^k) {ms}^{- 1} .$ If an external magnetic field of $(5^i + 3^j - 6^k) \times 10^{- 3} T$ exists in the region where the particle is moving then the force on the particle $\to F \times 10^{- 9} N .$ The vector $\to F$ is-

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A charged particle carrying charge 1 μC is moving with velocity (2^i+3^j+4^k) ms−1. If an external magnetic field of (5^i+3^j−6^k)×10−3 T exists in the region where the particle is moving then the force on the particle →F×10−9 N. The vector →F is-

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