Particle $A$ of charge $3\mathrm{.}10{10}^{-4}C$ is at the origin, particle $B$ of charge $-6\mathrm{.}15{10}^{-4}C$ is at $(3\mathrm{.}58m,0)$ and particle $C$ of charge $1\mathrm{.}05{10}^{-4}C$ is at $(0,3\mathrm{.}24m).$

$($a$)$ What is the $x-$component of the electric force exerted by $A$ on $C?$

$N$

$($b$)$ What is the $y-$component of the force exerted by $A$ on $C?$

$N$

$($c$)$ Find the magnitude of the force exerted by $B$ on $C.$

$N$

$($d$)$ Calculate the $x-$component of the force exerted by $B$ on $C.$

N

$($e$)$ Calculate the $y-$component of the force exerted by $B$ on $C.$

$N$

$($f$)$ Sum the two $x-$components to obtain the resultant $x-$component of the electric force acting on $C.$

$N$

$($g$)$ Repeat part $($f$)$ for the $y-$component.

$N$

$($h$)$ Find the magnitude and direction of the resultant electric force acting on $C.$

magnitude

$N$

direction

counterclockwise from the $+x-$axis

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