Find the centre, the eccentricity, the foci, the directrices, the length of latus-rectum, equations of the directrices of the ellipse `(x-3)^2/25+(y+1)^2/16=1`.

Equation of directrices of the ellipse 5x^2+2y^2=10 , are:

Equations of directrices of the ellipse x^2/49+y^2/24=1 , are:

The equation of the directrice of the ellipse 16x ^(2) + 25 y ^(2)= 400 are

Find the length of transverse axis, length of conjugate axis, the eccentricity, the co-ordinates of foci, eqautions of directrices and the length of latus-rectum of the hyperbola. : x^2/25-y^2/16=1

Equations of directrices of the hyperbola 5x^2-8y^2=40 , are:

The equation of the directrices of the conic x ^(2)+ 2x - y ^(2) + 5=0 are

Find the length of transverse axis, length of conjugate axis, the eccentricity, the co-ordinates of foci, eqautions of directrices and the length of latus-rectum of the hyperbola. : x^2/25-y^2/16=-1

Find the length of transverse axis, length of conjugate axis, the eccentricity, the co-ordinates of foci, eqautions of directrices and the length of latus-rectum of the hyperbola. : y^2/25-x^2/144=1

The eccentricity of the ellipse whose length of Latus rectum is 1/3 of major axis, is :