$\begin {array} {1 1} (A)\;Axis : Major \: axis \: is\: along \: the \: x - axis, foci : ( \pm 4\sqrt 2, 0), vertices : ( \pm 6, 0), Length \: of \: major\: axis = 12, length \: of \: the \: minor \: axis : 4, eccentricity \: e = 2\sqrt 2 / 3, length \; of \: the \: latus \: rectum = 4/3 \\ (B)\;Axis : Major \: axis \: is\: along \: the \: y - axis, foci : (0, \pm 4\sqrt 2), vertices : (0, \pm 6), Length \: of \: major\: axis = 12, length \: of \: the \: minor \: axis : 4, eccentricity \: e = 2\sqrt 2 / 3, length \; of \: the \: latus \: rectum = 4/3 \\ (C)\;Axis : Major \: axis \: is\: along \: the \: x - axis, foci : ( \pm2 \sqrt 2, 0), vertices : ( \pm 6,0), Length \: of \: major\: axis = 12, length \: of \: the \: minor \: axis : 4, eccentricity \: e = 4\sqrt 2 / 3, length \; of \: the \: latus \: rectum = 4/3 \\ (D)\;Axis : Major \: axis \: is\: along \: the \: y - axis, foci : (0, \pm 2\sqrt 2), vertices : ( 0, \pm 6), Length \: of \: major\: axis = 12, length \: of \: the \: minor \: axis : 4, eccentricity \: e = 4\sqrt 2 / 3, length \; of \: the \: latus \: rectum = 4/3 \end {array}$