If ω0 is the angular frequency of rotation of electron in the absence of magnetic field, the angular frequency ω, when a magnetic field B is acting is ω &cong; ω0 + (e/2m)B.-A-TrueB-False-A-True

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If &omega;0 is the angular frequency of rotation of electron in the absence of magnetic field, the angular frequency &omega;, when a magnetic field B is acting is &omega; &cong; &omega;0 + (e/2m)B.-A-TrueB-False-A-True

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A True No answer description is available.

Materials and Components - Engineering

If ω₀ is the angular frequency of rotation of electron in the absence of magnetic field, the angular frequency ω, when a magnetic field B is acting is ω ≅ ω₀ + (e/2m)B.

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Materials and Components - Engineering

If ω0 is the angular frequency of rotation of electron in the absence of magnetic field, the angular frequency ω, when a magnetic field B is acting is ω ≅ ω0 + (e/2m)B.

Solution

For help Students Orientation Mcqs Questions

If ω₀ is the angular frequency of rotation of electron in the absence of magnetic field, the angular frequency ω, when a magnetic field B is acting is ω ≅ ω₀ + (e/2m)B.

For help Students Orientation
Mcqs Questions