Mathematics & Statistics > Mathematics - Parametric Equations

No. 19887 Graph of a conic section with its directrix in the negative y-axis No. 19888 Ellipse with its center at the origin and with its foci in the x-axis No. 19889 Ellipse with its center at the origin and with its foci in the y-axis No. 19890 Graph of asymptotes, vertices and foci of two hyperbolas No. 19891 Graph of asymptotes, vertices and foci of two hyperbolas No. 19736 Ellipse: vertical center x=2, horizontal center y=1 No. 19864 Straight line curve with arrow from (0, -3) to (6, 0) No. 19865 Curve with arrow from (1,4) to (-5, 13) No. 19866 Curve forming semicircle with y-axis: arrow from (0, 1) to (0, -1) No. 19867 Straight line between (0, 1) and (1, 0): two arrows point to each No. 19868 Inverse exponential curve: as x increases, y approaches 0 No. 19869 Two circular curves intersecting in 2nd quadrant of xy-plane No. 19870 Two loops intersect at origin with sloping tangent on upper loop No. 19871 Curve loops in lower xy-plane: tangents at (-2,-6), (0, -9),(2, -6) No. 19872 Point with positive polar coordinates on y-axis No. 19873 Point with dashed line to origin in 3rd quadrant, continuous in 1st No. 19874 Point, polar coordinates (3, 2) in 2nd quadrant: line to origin, angle No. 19875 Point with positive polar coordinates on y-axis: line to origin, angle No. 19876 Point with positive coordinates in 2nd quadrant: line to origin, angle No. 19877 Point with dashed line to origin in 3rd quadrant, continuous in 1st No. 19878 Circle in 3rd and 4th quadrants: center (0, -1) No. 19879 Circle with center (0, 0.5): point at intersection with y-axis No. 19880 Curve forms cardioid crossing x-axis at two points & y-axis once No. 19881 Curve with cartesian coordinates in 1st and 4th quadrants No. 19882 Four-looped rose: segmented loop in each quadrant traced 1 through 8 No. 19883 Cartesian curve: turning point vertices at y=3, and y=-1 No. 19884 Limacon in 1st and 2nd quadrants: inner loop through origin No. 19885 Overlapped Limacon & circle: area not overlapping is shaded No. 19886 Parabola with vertex (0, 0): opens to the right No. 19892 Hyperbola conic with vertices: (1,0), (2,0), center (1.5, 0) No. 19893 Parabola: vertex (-1, 0)
 

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