Equation of an ellipse whose axes are parallel to co-ordinate axes and center is `(h,k)`

Find the equation of the ellipse whose axes are parallel to the coordinate axes having its centre at the point (2,-3) one focus at (3,-3) and vertex at (4,-3)

Let E be an ellipse whose axes are parallel to the co-ordinates axes, having its center at (3, – 4), one focus at (4, – 4) and one vertex at (5, – 4). If mx – y = 4, m gt 0 is a tangent to the ellipse E, then the value of 5 m^(2) is equal to _____

What is the order of the differential equation of all ellipses whose axes are along the coordinate axes?

The equation of the ellipse , with axes parallel to the coordinates axes , whose eccentricity is (1)/(3) and foci at (2,-2) and (2,4) is

Find the equation of the ellipse whose axes are along the coordinate axes,vertices are (0,+-10) and eccentricity e=4/5

Find the equation if the ellipse whose axes are along the coordinate axes,vertices are (+-5,0) and foci at (+-4,-0)

Find the equation of the ellipse whose axes are along the coordinate axes,foci at (0,+-4) and eccentricity 4/5.

Equation of ellipse E_(1) is (x^(2))/(9)+(y^(2))/(4)=1 , A rectangle R_(1) , whose sides are parallel to co-ordinate axes is inscribed in E_(1) such that its area is maximum now E_(n) is an ellipse inside R_(n-1) such that its axes is along co-ordinate axes and has maxmim possible area AA n ge 2, n in N , further R_(n) is a rectangle whose sides are parallel to co-ordinate axes and is inscribed in E_(n-1) . Having maximum area AA n ge 2, n in N

Find the equation of an ellipse whose axes are the x -and y -axis and whose one focus is at (4,0) and eccentricity is 4/5.

Find the equation of lines drawn parallel to co-ordinate axes and passing through the point (-1,4) .