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A point charge q = 10−8[C] has an initial velocity v→ = (3×104)(sin⁡θ, cos⁡θ, 0) [m/s]. It enters a magnetic field B = 2(0, 1, 0) [T]. a) In what direction will the charge be deflected? b) If θ = π/4, what is v? c) What is the magnitude of the magnetic force? d) If the charge has a mass of m = 10−3 [kg], what acceleration will it experience?

A point charge q = 10−8[C] has an initial velocity v→ = (3×104)(sin⁡θ, cos⁡θ, 0) [m/s]. It enters a magnetic field B = 2(0, 1, 0) [T]. a) In what direction will the charge be deflected? b) If θ = π/4, what is v? c) What is the magnitude of the magnetic force? d) If the charge has a mass of m = 10−3 [kg], what acceleration will it experience?

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A point charge q = 10 − 8 [ C ] has an initial velocity v → = ( 3 × 10 4 ) ( sin ⁡ θ , cos ⁡ θ , 0 ) [ m / s ] . It enters a magnetic field B = 2 ( 0 , 1 , 0 ) [ T ] . a) In what direction will the charge be deflected? b) If θ = π / 4 , what is v ⊥ ? c) What is the magnitude of the magnetic force? d) If the charge has a mass of m = 10 − 3 [ kg ] , what acceleration will it experience?

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