When a charged particle moving with velocity \overrightarrow{ {\V} is subjected to a magnetic field of induction \overrightarrow{ {\B}, the force on it is non-zero. This implies the:-

Correct Answer is : Angle between →V and →B can have at value other than zero and 180∘

Angle between \overrightarrow{V} and \overrightarrow{B} is necessary 90^{\circ}

Angle between \overrightarrow{ {\V} and \overrightarrow{ {\B} can have at value other than 90^{\circ}

Angle between \overrightarrow{V} and \overrightarrow{B} can have at value other than zero and 180^{\circ}

Angle between \overrightarrow{ {\V} and \overrightarrow{ {\B} is either zero or 180^{\circ}

AIPMT 2006 Physics and Chemistry Paper

Question : 5 of 100

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When a charged particle moving with velocity

→

is subjected to a magnetic field of induction

→

, the force on it is non-zero. This implies the:-

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