An electron moves in the magnetic field vec$($B$)=0\mathrm{.}600$hat$($i$)$T with a

speed of $1\mathrm{.}10\backslash$times $10^(7)($m$)/($s$)$ in the directions shown in the figure.

For each, what is magnetic force vec$($F$)$ on the electron? $($Figure $1)$

For help with math skills, you may want to review:

The Vector Cross Product

Figure

$1$ of $1$

Express vector vec$($F$)$ in newtons in the form of F$\_($x$),$F$\_($y$),$F$\_($z$),$ where the x$,$y$,$ and z components are separated by commas.

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Part B

Express vector vec$($F$)$ in newtons in the form of F$\_($x$),$F$\_($y$),$F$\_($z$),$ where the x$,$y$,$ and z components are separated by commas.

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