20 pointal A particle of charge of 7 x 10 [C] is moving with a velocity equal to 75 x 10) -(6 × 10³) j +(8× 10°) (m/s) i

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20 pointal A particle of charge of 7 x 10 [C] is moving with a velocity equal to 75 x 10) -(6 × 10³) j +(8× 10°) (m/s) i

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20 Pointal A Particle Of Charge Of 7 X 10 C Is Moving With A Velocity Equal To 75 X 10 6 10 J 8 10 M S I 1
20 Pointal A Particle Of Charge Of 7 X 10 C Is Moving With A Velocity Equal To 75 X 10 6 10 J 8 10 M S I 1 (10.89 KiB) Viewed 9 times
20 pointal A particle of charge of 7 x 10 [C] is moving with a velocity equal to 75 x 10) -(6 × 10³) j +(8× 10°) (m/s) in in a region of magnetic field given by B-0.91 +0.5j-0.7 k [T). A magnetic force F will be applied on the particle a) [5 points Find the F₁, the x-component of F IN] b) [5 points! Find the F,, the y-component of F c) [5 points! Find the F, the x-component of F INI 1 d) 15 points) Find the magnitude of magnetic force F IN
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