4. The graph of a function defined by quadratic equation y = a (x - H)
2 K when a not equal, not equal to and 0 h 0 K is not equal to 0 is a parabola with a point or top or bottom back in. (H K) and axis symmetry, is the line x = H
.The characteristics of the given graph equations with y = a (x - H)
2 K
! When a > 0 have parabolas face up, bottom in (h K), minimum value = k
when a < 0 has parabola down peak at (H K), maximum = k
! If k > 0 points back over the axis X
.If K < 0 points back under axial X
! Symmetry axis is the line x = h equation of axial symmetry is x = H
! If H > 0 axis EDM is on the left of the core hypothesis Y
if h < 0 symmetry axis on the right of the axis Y
! If a K bearing the same graph and not cutting axis X
.And if a K bearing different graph cuts the core X
5. Graph defined by equation y = ax
2 BX C when a is not equal to 0
graph should be provided in the form of equations. Y = a (x - H)
2 K will write graph easier from the equation y = ax
.2 BX C can change in the form of y = a (x - H)
2 K using knowledge about puffery.
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