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A magnetic force acting on a charged particle of charge -2µC in a magnetic field of 2T acting in y direction, when the particle velocity is (2i + 3j) x 10⁶ m/s, is
Options
(a) 4 N in z direction
(b) 8 N in y direction
(c) 8 N in z direction
(d) 8 N in -z direction
Correct Answer:
8 N in -z direction
Explanation:
The magnetic force acting on the charged particle is given by F⃗ = q(v⃗ x B⃗)
= (-2 x 10⁻⁶) [ { 2i + 3j) x 10⁶} x (2i) ]
= – 4 (2k) = – 8k
Force is of 8N along -z-axis.
Related Questions: - Two point charges +2 coulomb and +10 coulomb repel each other with a force of 12 N.
- An α-particle and a proton are accelerated through same potential difference
- A charge of 100 μC has a potential at a distance of 9 m is
- If a body travels half the distance with velocity v1 and the next half with velocity v2
- Two balls are dropped from same height at 1 second interval of time.
Topics: Magnetic Effects of Current and Magnetism
(167)
Subject: Physics
(2479)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
- Two point charges +2 coulomb and +10 coulomb repel each other with a force of 12 N.
- An α-particle and a proton are accelerated through same potential difference
- A charge of 100 μC has a potential at a distance of 9 m is
- If a body travels half the distance with velocity v1 and the next half with velocity v2
- Two balls are dropped from same height at 1 second interval of time.
Topics: Magnetic Effects of Current and Magnetism (167)
Subject: Physics (2479)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
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