Force on current carrying loop (Radius=R) in uniform magnetic (B) field which is at an angle 30 ∘ with the normal will be A Zero B 2πRiB C 2 3 πRi B D πRi B Easy AIIMS

Ruhul Amin Alig

Question: From NCERT | CUET || [Difficult level:Easy] Subtopic:current carrying loop ||

Force on current carrying loop $(R a d i u s = R)$ in uniform magnetic $(B)$ field which is at an angle $3 0^{\circ}$ with the normal will be

Zero

$2 π R i B$

$23 π R i B$

$π R i B$

Easy

AIIMS

Answer:A.Zero

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Force on current carrying loop (Radius=R) in uniform magnetic (B) field which is at an angle 30 ∘ with the normal will be A Zero B 2πRiB C 2 3 πRi B D πRi B Easy AIIMS

Force on current carrying loop $(R a d i u s = R)$ in uniform magnetic $(B)$ field which is at an angle $3 0^{\circ}$ with the normal will be

Zero

$2 π R i B$

$23 π R i B$

$π R i B$

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Force on current carrying loop (Radius=R) in uniform magnetic (B) field which is at an angle 30 ∘ with the normal will be A Zero B 2πRiB C 2 3 ​ πRi B D πRi B Easy AIIMS

Force on current carrying loop (Radius=R) in uniform magnetic (B) field which is at an angle 30∘ with the normal will be

Zero

2πRiB

23πRi B

πRi B

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Force on current carrying loop (Radius=R) in uniform magnetic (B) field which is at an angle 30 ∘ with the normal will be A Zero B 2πRiB C 2 3 πRi B D πRi B Easy AIIMS

Force on current carrying loop $(R a d i u s = R)$ in uniform magnetic $(B)$ field which is at an angle $3 0^{\circ}$ with the normal will be

$2 π R i B$

$23 π R i B$

$π R i B$