agnetic Q8. The figure shown represents the magnetic force (F) acting on a current of the conductor as function of the conductor length (S). If the current in the conductor, is 1-10 A that is perpendicular to the direction of the magnetic field, the magnetic field acting on the conductor is; (a) 0.03 T (0) 48 T 09. The ma (b) 0.06 T (d). 12.5 T Field 50 10 2 10 12

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Chapter1: Units, Trigonometry. And Vectors
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please solve queeeestion 8

Problem (5): Effect of Force in a Magnetic Field
Q8. The figure shown represents the magnetic force (F) acting
on a current of the conductor as function of the conductor length
(S). If the current in the conductor, is 1-10 A that is perpendicular
to the direction of the magnetic field, the magnetic field acting on
the conductor is;
(a) 0.03 T
(c) 4.8 T
(b) 0.06 T
(d) 12.5 T
(a)
50
All
(b)
30
29
24
10
Q9. The magnetic force acting on a current in a wire depends on.
(a) current, velocity, and length.
(b) current, length, magnetic field, and angle between current & magnetic field.
(e) current, velocity, and magnetic field and angle between velocity & magnetic field.
(d) charge, current, magnetic field.
810
Fig (3)
12
Q10. One of the following graphs represents the relation between the magnetic force (F) and the angl
the conductor makes with the magnetic field (0)
3 (o)
(d)
Transcribed Image Text:Problem (5): Effect of Force in a Magnetic Field Q8. The figure shown represents the magnetic force (F) acting on a current of the conductor as function of the conductor length (S). If the current in the conductor, is 1-10 A that is perpendicular to the direction of the magnetic field, the magnetic field acting on the conductor is; (a) 0.03 T (c) 4.8 T (b) 0.06 T (d) 12.5 T (a) 50 All (b) 30 29 24 10 Q9. The magnetic force acting on a current in a wire depends on. (a) current, velocity, and length. (b) current, length, magnetic field, and angle between current & magnetic field. (e) current, velocity, and magnetic field and angle between velocity & magnetic field. (d) charge, current, magnetic field. 810 Fig (3) 12 Q10. One of the following graphs represents the relation between the magnetic force (F) and the angl the conductor makes with the magnetic field (0) 3 (o) (d)
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