At time t$=0,$ a point charge with $3\mathrm{.}2$C accelerates very briefly in the direction having an angle $0\mathrm{.}1$rad with the $+$x$-$axis. The magnitude of its acceleration is $5109$m$/$s$2.$ An electric$/$magnetic field detector is placed at location A$,5$ meters from the electron, as shown in the diagram.

A$.$ At what time t$1$ does the detector at A first detect radiative electric and magnetic fields?

s

B$.$ Calculate the radiative component of the $\backslash$textbf$\{$electric$\}$ field detected at location A at time t$1$ due to the accelerated electron.

Ex$=$ V$/$m

Ey$=$ V$/$m

Ez$=$ V$/$m

C$.$ Calculate the radiative component of the $\backslash$textbf$\{$magnetic$\}$ field detected at location A at time t$1$ due to the accelerated electron.

Bx$=$ T

By$=$ T

Bz$=$ T