$-----$A spherical conductor of radius $4\mathrm{.}38$ mm carries a total charge of $7\mathrm{.}09$ nC$.$ What is the magnitude of the electric field at a distance of $6\mathrm{.}62$ mm from the center of the sphere? $($k $=1/(4180)=8\mathrm{.}99\backslash$times $10\backslash$deg N$.$m$2/$C$2)$D

$-----$Question $2$ An electric field of magnitude $492$ V$/$m passing through a flat square plate of length $0\mathrm{.}598$ m on a side makes an angle of $61\mathrm{.}3$ degrees with the surface of plate. Determine the electric flux passing through the surface of the square plate.$($Hint: the angle given here is the angle that the field makes with the surface, not with the area vector. In what direction does the area vector of a surface point relative to that surface?$)$