For the four charges shown in $($Figure $1),$ assume that g$\_\{4\}$ has a value of $2$ nC$.$ This problem will walk you through the steps needed to find the net force on q$\_\{4\}?$ C$)$What are the x and y components of the force on q$\_\{4\}$ due to q$\_\{1\},($In all questions about components, use the standard sign convention for right$/$left and up$/$down$.)$ Express your answer to three significant figures. Enter the $-$component first and then the y$-$component. Separate your two answers with a comma. D$)$What are the and y components of the force on q$\_\{4\}$ due to q$\_\{3\}$; F$\_\{3$o$\}?$ Express your answer to three significant figures. Enter the $-$component first and then the y$-$component. Separate your two answers with a comma $.$ E$)$What are the and y components of the force on q$\_\{4\}$ due to vec F $2$ on $4?$ Express your answer to three significant figures $.$ Enter the $-$ component first and then the y $-$component $.$ Separate your two

$q_2=-6nC$

$q_1=+2nC$

$5cm$

$q_3=+2nC$

$5cm$

$45$

$45$

$5cm$

$+$

$q_4$answers with a comma. I NEED C $,$ D AND E $!!!$