A bar magnet whose dipole moment is $(0,0,7)$A$*$m$^(2)$ has a constant velocity of $(0,0,8)($m$)/($s$).$ When the center of

the

magnet is at location $(1,3,5)$m$,$ what is the $($vector$)$ electric field at location $(1\mathrm{.}11,3,3)$m $?$

vec$($E$)=$

i

$!$

$($N$)/($C$)$

A bar magnet whose dipole moment is $(0,0,7)$A$*$m$^(2)$ has a constant velocity of $(0,0,8)($m$)/($s$).$ When the center of the

magnet is at location $(1,3,5)$m$,$ what is the $($vector$)$ electric field at location $(1\mathrm{.}11,3,3)$m $?$

vec$($E$)=$

i

$!$

$($N$)/($C$)$