Inscribed angle of the circle when the central angle of the circle is given
GO
Inscribed angle when other inscribed angle is given
GO
Arc length of the circle when central angle and radius are given
GO
Area of the sector when radius and central angle are given
GO
Area of sector when radius and central angle are given
GO
Eccentricity of an ellipse (a>b)
GO
Eccentricity of an ellipse (b>a)
GO
Directrix of an ellipse(a>b)
GO
Directrix of an ellipse(b>a)
GO
Latus Rectum of an ellipse (a>b)
GO
Latus Rectum of an ellipse (b>a)
GO
Length of major axis of an ellipse (a>b)
GO
Length of the major axis of an ellipse (b>a)
GO
Length of minor axis of an ellipse (a>b)
GO
Length of minor axis of an ellipse (b>a)
GO
Linear eccentricity of an ellipse
GO
Semi-latus rectum of an ellipse
GO
Eccentricity of an ellipse when linear eccentricity is given
GO
Semi-major axis of an ellipse
GO
Semi-minor axis of an ellipse
GO
Latus rectum of an ellipse when focal parameter is given
GO
Linear eccentricity of ellipse when eccentricity and major axis are given
GO
Linear eccentricity of an ellipse when eccentricity and semimajor axis are given
GO
Semi-latus rectum of an ellipse when eccentricity is given
GO
Eccentricity of hyperbola
GO
Linear eccentricity of the hyperbola
GO
Semi-latus rectum of hyperbola
GO
Focal parameter of the hyperbola
GO
Latus Rectum of hyperbola
GO
Length of transverse axis of hyperbola
GO
Length of conjugate axis of the hyperbola
GO
Eccentricity of hyperbola when linear eccentricity is given
GO
Length of latus rectum of parabola
GO
Number of diagonal of a regular polygon with given number of sides
GO
Altitude/height of a triangle on side c given 3 sides
GO
Length of median (on side c) of a triangle
GO
Length of angle bisector of angle C
GO
Circumradius of a triangle given 3 sides
GO
Distance between circumcenter and incenter by Euler's theorem
GO
Circumradius of a triangle given 3 exradii and inradius
GO
Inradius of a triangle given 3 exradii
GO
Perimeter of a Rhombus
GO
Circumference of Ellipse
GO
Axis 'a' of Ellipse when Area is given
GO
Axis 'b' of Ellipse when area is given
GO
sum of all internal angles of n-sided polygon
GO
No of sides of polygon when sum of all internal angles is known
GO
Sum of all Exterior Angles of n-Sided Polygon
GO
Measure of an exterior angle of n-sided regular polygon
GO
Number of n-sided polygons that can be formed by joining the vertices of a polygon of m sides
GO
Length of radius vector from center in given direction whose angle is theta in ellipse
GO
Side 'a' of a parallelogram if angle related to the side and height is known
GO
Side of parallelogram AB form height measured at right angle from other side (BC)
GO
Side of parallelogram BC from height measured at right angle form that side
GO
Side of parallelogram BC from height measured at right angle form other side
GO
Side AB of parallelogram form diagonal and angle between Diagonal in front of side AB
GO
Length of sides of a parallelogram if given diagonals and angle between the diagonals ( a b )
GO
area of quadrilateral when one diagonal and perpendicular distances are given
GO
length of a diagonal when area and perpendiculars of a quadrilateral are given
GO
Sum of perpendiculars when diagonal and area of a quadrilateral are given.
GO
Slope of normal at (x1, y1) to parabola y^2=4ax
GO
slope of tangent at (x1,y1) to parabola y^2=4ax
GO
Slope of tangent of parabola when slope of normal is given
GO
Slope of normal of parabola when slope of tangent is given
GO
Finding S1 to help find location of a point w.r.t. a parabola y^2=4ax
GO
Length of the chord intercepted by the parabola y^2=4ax on the line y = mx + c
GO
Area of triangle formed by diagonal when area of parallelogram is given
GO
Angle formed at the centre when area of sector is given
GO
Angle formed at centre when angle formed at other point on circumference is known
GO
Angle formed at circumference when angle formed at centre subtended by same arc is known
GO
Angle of intersection between two circles
GO
length of the latusrectum if length of the focal segments are given
GO
tan of angle θ between tangents at two points on the parabola y2 = 4ax
GO
Diameter bisecting chords of slope m to the parabola y2 = 4ax
GO
Product of ordinates of 2 points,If normal at 2 point intersect at a 3rd point on y2 = 4ax
GO
Distance from the vertex to the focus of parabola
GO
y coordinate of focus of parabola with its vertex at ( h, k) opening vertically
GO
x coordinate of focus of parabola with its vertex at ( h, k) opening vertically
GO
Directrix of parabola with its vertex at ( h, k) opening vertically
GO
axis of symmetry of parabola with its vertex at ( h, k), opening vertically
GO
x coordinate of focus of parabola with its vertex at ( h, k) opening horizontally
GO
y coordinate of focus of parabola with its vertex at ( h, k) opening horizontally
GO
Directrix of parabola with its vertex at ( h, k) opening horizontally
GO
axis of symmetry of parabola with its vertex at ( h, k), opening horizontally
GO
slope 1 of parabola given fixed point(P,Q) and tangent (y-P)=m(x-Q)
GO
slope 2 of parabola given fixed point(P,Q) and tangent (y-P)=n(x-Q)
GO
Hypotenuse of a right angled triangle circumscribed by a circle
GO
Distance between the directrix and vertex for parabola y2 = 4ax
GO
Distance between directrix and latus rectum for parabola y2 = 4ax
GO
y coordinate of Extremities of latusractum for parabola y2 = 4ax
GO
x coordinate of Extremities of latusractum for parabola y2 = 4ax
GO
Side of a hexagon circumscribed by a circle
GO
Diagonal of the hexagon circumscribed by the circle
GO
Diagonal of the square circumscribed by the circle
GO
x coordinate of Extremities of latusractum for parabola x2 = -4ay
GO
x coordinate of Extremities of latusractum for parabola x2 =4ay
GO
x coordinate of Extremities of latusractum for parabola y2 =-4ax
GO
y coordinate of Extremities of latusractum for parabola x2 = -4ay
GO
y coordinate of Extremities of latusractum for parabola x2 =4ay
GO
y coordinate of Extremities of latusractum for parabola y2 =-4ax
GO
side of pentagon given area and apothem
GO
Area of pentagon with side and apothem length is given
GO
Apothem of Pentagon given area and side
GO
Area of pentagon if only side length of a pentagon is given
GO
Area of pentagon only the radius of a pentagon is given
GO
Side of pentagon if area of pentagon is given
GO
Radius of pentagon given area of pentagon
GO
side of pentagon if perimeter is given
GO
x coordinate of Point of tangency of parabola
GO
y coordinate of Point of tangency of parabola
GO
Focal distance of parabola if length of latusractum is given
GO
focal distance of parabola if distance between directrix and latus rectum
GO
slope of parabola given diameter and x coordinate of focus of parabola
GO
sum of interior angles of pentagon
GO
interior angle of pentagon given sum of interior angles
GO
sum of interior angle and central angle
GO
interior angle of pentagon if sum of interior angle and central angle is given
GO
central angle of pentagon given sum of interior and central angle
GO
interior angle of pentagon given only central angle
GO
central angle of pentagon given only interior angle
GO
Radius of circumcircle of pentagon given side and central angle
GO
side of pentagon given radius of circumcircle and central angle of pentagon
GO
Radius of incircle of pentagon given side and central angle
GO
side of pentagon given radius of incircle and central angle of pentagon
GO
Radius of incircle of pentagon given radius of circumcircle and central angle
GO
Radius of circumcircle of pentagon given radius of incircle and central angle
GO
Radius of circumcircle of pentagon given only side of pentagon
GO
Side of pentagon given only radius of incircle of pentagon
GO
Side of pentagon given only radius of circumcircle of pentagon
GO
Radius of incircle of pentagon given only side of pentagon
GO
Radius of circumcircle of pentagon given only radius of incircle
GO
Radius of incircle of pentagon given only radius of circumcircle
GO
side of pentagon given only area of pentagon
GO
Area of pentagon given only side of pentagon
GO
height of pentagon given radius of circumcircle and incircle of pentagon
GO
Radius of circumcircle of pentagon given height and radius of circumcircle of pentagon
GO
Radius of incircle of pentagon given height and radius of incircle of pentagon
GO
height of pentagon given radius of circumcircle and central angle of pentagon
GO
Radius of circumcircle of pentagon given height and central angle of pentagon
GO
height of pentagon given radius of incircle and central angle of pentagon
GO
Radius of incircle of pentagon given height and central angle of pentagon
GO
Height of pentagon given side and central angle of pentagon
GO
Side of pentagon given height and central angle of pentagon
GO
Height of pentagon given only radius of circumcircle of pentagon
GO
Radius of circumcircle of pentagon given only height of pentagon
GO
Height of pentagon given only radius of incircle of pentagon
GO
Radius of incircle of pentagon given only height of pentagon
GO
Height of pentagon given only side of pentagon
GO
Side of pentagon given only height of pentagon
GO
Width of pentagon given side and central angle of pentagon
GO
Side of pentagon given only width of pentagon
GO
Width of pentagon given only side of pentagon
GO
Radius of circumcircle of pentagon given only diagonal of pentagon
GO
Diagonal of pentagon given only radius of circumcircle of pentagon
GO
Apothem of pentagon given only side of pentagon
GO
Side of pentagon given only apothem of pentagon
GO
Circumradius of heptagon given side and central angle
GO
Inradius of heptagon given side and central angle
GO
Inradius of heptagon given circumradius and central angle
GO
Circumradius of heptagon given only side
GO
Inradius of heptagon given only side
GO
Inradius of heptagon given circumradius
GO
Area of heptagon given side and inradius
GO
Area of each triangle in heptagon given side and inradius
GO
Area of heptagon given side and angle
GO
Area of heptagon given side
GO
Height of heptagon given circumradius and inradius
GO
Height of heptagon given circumradius and angle
GO
Height of heptagon given inradius and angle
GO
Height of heptagon given side and angle
GO
Height of heptagon given circumradius
GO
Height of heptagon given inradius
GO
Height of heptagon given side
GO
Width of heptagon given side and angle
GO
Width of heptagon given side
GO
Circumradius of octagon given side and angle
GO
Inradius of octagon given side and angle
GO
Radius of circumcircle of hexagon given side and central angle
GO
Radius of incircle of hexagon given incircle and central angle
GO
Radius of incircle of a hexagon given circumcircle radius and central angle
GO
Area of hexagon given inradius and side length
GO
Area of regular hexagon given central angle and side length
GO
height of hexagon given inradius
GO
Height of hexagon given Circumcircle radius
GO
Height of hexagon given side and central angle
GO
Width of hexagon given circumcircle radius
GO
Width of hexagon given side length
GO
Inradius of octagon given circumradius and central angle
GO
Circumradius of octagon given side
GO
The length of the semi - minor axis if eccentricity is given
GO
Radius of circumcircle of decagon
GO
Inradius of octagon given side
GO
Inradius of octagon given circumradius
GO
Area of octagon given side and inradius
GO
Radius of incircle of decagon given side and central angle
GO
Radius of incircle of decagon given circumcircle radius and central angle
GO
Area of decagon given inradius and side length
GO
Area of central angle given side length and central angle
GO
Height of decagon given circumcircle radius
GO
Height of decagon given incircle radius
GO
Height of decagon given side and central angle.
GO
Width of decagon given circumcircle radius
GO
Width of decagon given side length
GO
Side of decagon given radius of circumcircle and central angle
GO
Side of decagon given inradius and central angle
GO
Side of decagon given area and inradius
GO
Side of decagon given area and central angle
GO
Inradius of decagon given height
GO
Circumradius of decagon given height and central angle
GO
Side of decagon given height and central angle
GO
Circumradius of decagon given width
GO
Side of decagon given width
GO
Side of hexagon given area and central angle
GO
Side of hexagon given radius of circumcircle and central angle
GO
Side of hexagon given inradius and central angle
GO
Side of hexagon given area and inradius
GO
Inradius of hexagon given height
GO
Circumradius of hexagon given height and central angle
GO
Side of hexagon given height and central angle
GO
Side of hexagon given width
GO
Circumradius of hexagon given width
GO
Side a of triangle given other two sides length and opposite angle
GO
Side of a triangle given two angles and a side
GO
Central angle of n-sided polygon
GO
Edge length (side) of Nonagon given circumcircle radius
GO
circumcircle radius of nonagon given its edge length (side)
GO
circumcircle radius of nonagon given long diagonal of nonagon
GO
long diagonal of nonagon given circumcircle radius of nonagon
GO
circumcircle radius of nonagon given short diagonal of nonagon
GO
Short diagonal of nonagon given circumcircle radius of nonagon
GO
circumcircle radius of nonagon given medium diagonal of nonagon
GO
Medium diagonal of nonagon given circumcircle radius of nonagon
GO
Height of nonagon given circumradius and inradius of nonagon
GO
Circumradius of nonagon given inradius of nonagon and Height of nonagon
GO
inradius of nonagon given Circumradius of nonagon and Height of nonagon
GO
Perimeter of nonagon given side of nonagon
GO
Side of nonagon given perimeter of nonagon
GO
Area of nonagon given circumradius of nonagon
GO
Area of nonagon given side of nonagon
GO
circumradius of nonagon given area of nonagon
GO
side of nonagon given area of nonagon
GO
Inradius of nonagon given side of nonagon
GO
side of nonagon given inradius of nonagon
GO
Sum of all interior angles given one interior angle
GO
Interior angle of nonagon given sum of all interior angles of nonagon
GO
Exterior angle of nonagon given sum of all exterior angles of nonagon
GO
Sum of all exterior angles given one exterior angle of nonagon
GO
Diameter of a semicircle
GO
Radius of semicircle given arc
GO
Perimeter of n-sided polygon
GO
Angle inscribed by given arc
GO
Angle subtended by given arc at centre
GO
Angle subtended to exterior of circle by given arc
GO
Angle subtended inside a circle by given intersecting lines and arcs
GO
Angle formed by an intersecting tangent and chord
GO
Second side of kite given both diagonals
GO
First side of kite given perimeter and other side
GO
Second side of kite given perimeter and other side
GO
Incircle radius of kite
GO
Symmetry diagonal of kite given area
GO
Other diagonal of kite given area
GO