An electron moves through a uniform magnetic field. The magnetic field

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An electron moves through a uniform magnetic field. The magnetic field is given by B→ = (0.00i^ − 90.5j^ + 50.9k^) mT. At a moment in time when the velocity is v→ = (0.00i^ + vyj^ + 98400.00k^) m/s, the magnetic force acting on the electron is F→ = (2.59i^ + 0.00j^ + 0.00k^)×10−16 N. What is the value of vy? m/s

An electron moves through a uniform magnetic field. The magnetic field is given by B→ = (0.00i^ − 90.5j^ + 50.9k^) mT. At a moment in time when the velocity is v→ = (0.00i^ + vyj^ + 98400.00k^) m/s, the magnetic force acting on the electron is F→ = (2.59i^ + 0.00j^ + 0.00k^)×10−16 N. What is the value of vy? m/s

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An electron moves through a uniform magnetic field. The magnetic field is given by

\vec{B} = (0.00 \hat{i} - 90.5 \hat{j}

+ 50.9 \hat{k}) m T

. At a moment in time when the velocity is

\vec{v} = (0.00 \hat{i} + v_{y} \hat{j} + 98400.00 \hat{k}) m / s

, the magnetic force acting on the electron is

\vec{F} = (2.59 \hat{i} + 0.00 \hat{j} + 0.00 \hat{k}) \times 10^{- 16} N

. What is the value of

v_{y}

? i

m / s

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