A particle of mass 1 mg and having charge 1 μC is moving in a magnetic field, →B=(2^i+3^j+^k) T with velocity →v=(2^i+^j−^k) km/s. Find the magnitude of acceleration.

A particle of mass 1 mg and having charge 1 μC is moving in a magneti

1.	A particle of mass 1 mg and having charge 1 μC is moving in a magnetic field, →B=(2^i+3^j+^k) T with velocity →v=(2^i+^j−^k) km/s. Find the magnitude of acceleration.
Answer» A particle of mass $1 mg$ and having charge $1 μ C$ is moving in a magnetic field, $\to B = (2^i + 3^j +^k) T$ with velocity $\to v = (2^i +^j$ $-^k)$ $km/s$ . Find the magnitude of acceleration.

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A particle of mass 1 mg and having charge 1 μC is moving in a magnetic field, →B=(2^i+3^j+^k) T with velocity →v=(2^i+^j−^k) km/s. Find the magnitude of acceleration.

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