In a double$-$slit diffraction experiment, two slits of width $13\mathrm{.}3{10}^{-6}m$ are separated by a distance of $29\mathrm{.}7$ x ${10}^{-6}m,$ and the wavelength of the incident light is $612$ nm $.$ The diffraction pattern is viewed on a screen $4\mathrm{.}64$ m from the slits. Assume $I_P$ is the intensity at a point $P,$ a distance $y=68\mathrm{.}2cm$ on the screen from the central maximum. Which of the following best describes where the point $P$ is on the double$-$slit diffraction pattern?

The point $P$ is between the $m=3$ minimum and the $m=4$ minimum.

The point $P$ is between the $m=6$ minimum and the $m=7$ minimum.

The point $P$ is between the $m=4$ minimum and the $m=5$ minimum.