The equation `16 x^2-3y^2-3y^2-32 x+12 y-44=0` represents a hyperbola. the length of whose transvers axis is `4sqrt(3)` the length of whose transvers axis is `4` whose center is `(-1,2)` whose eccentricity is `sqrt((19)/3)`

The equation 16 x^2-3y^2-32 x+12 y-44=0 represents a hyperbola. the length of whose transvers axis is 4sqrt(3) the length of whose transvers axis is 4 whose center is (-1,2) whose eccentricity is sqrt((19)/3)

The equation 16 x^2-3y^2-32 x+12 y-44=0 represents a hyperbola. (a)the length of whose transvers axis is 4sqrt(3) (b)the length of whose conjugate is 4 (c)whose center is (-1,2) (d)whose eccentricity is sqrt((19)/3)

The equation 16 x^2-3y^2-32 x+12 y-44=0 represents a hyperbola. (a)the length of whose transvers axis is 4sqrt(3) (b)the length of whose conjugate is 4 (c)whose center is (-1,2) (d)whose eccentricity is sqrt((19)/3)

The equation 16x^(2)-3y^(2)-3y^(2)-32x+12y-44=0 represents a hyperbola.the length of whose transvers axis is 4sqrt(3) the length of whose transvers axis is 4sqrt(3) the length of whose transvers axis is 4 whose center is (-1,2) whose eccentricity is sqrt((19)/(3))

Let 16 x^(2) - 3y^(2) - 32 x + 12 y = 44 represents a hyperbola . Then _

Show that the eqaution 16x^2-3y^2-32x+12y-44=0 represents a hyperbola. Find the length of axes and eccentricity.

Find the eccentricity of the hyperbola,the length of whose conjugate axis is (3)/(4) of the length of transverse axis.