If the line joining foci subtends an angle of `90^(@)` at an extremity of minor axis, then the eccentricity e is

If the angle between the lines joining the foci of any ellipse to an extremity of the minor axis is 90^0 , find the eccentricity. Also find the equation of the ellipse if the major axis is 2sqrt(2) .

The angle between the lines joining the foci of an ellipse to an extremity of its minor axis is 90^@ . The eccentricity is

The angle between the lines joining the foci of an ellipse to an extremity of the minor axis is 90^(circ) , then the eccentricity of the ellipse is

The angle between the line joining the foci of an ellipse to one particular extremity of the minor axis is 90^@ . The eccentricity of the ellipse is :

If the angle between the lines joining the foce of any ellipse to an extremity of the minor axis is 90^0 , find the accentricity. Find also the equation of the ellipse if the major axis is 2sqrt(2) .

If the angle between the lines joining the foce of any ellipse to an extremity of the minor axis is 90^0 , find the accentricity. Find also the equation of the ellipse if the major axis is 2sqrt(2) .

If the minor axis of an ellipse subtends an angle of 60^(@) at each focus of the ellipse, then its eccentricity, is

If the minor axis of an ellipse subtends an angle of 60^(@) at each focus of the ellipse, then its eccentricity, is

If the lines joining the foci of an ellipse to an end of its minor axis are at right angles , then the eccentricity of the ellipse is e =

If the minor axis of an ellipse subtends an angle 90^(@) at each focus then the eccentricity of the ellipse is