Casio CFX-9850GC PLUS Manuel graphique - Page 5

Parcourez en ligne ou téléchargez le pdf Manuel graphique pour {nom_de_la_catégorie} Casio CFX-9850GC PLUS. Casio CFX-9850GC PLUS 12 pages. 6. matrix calculations
Également pour Casio CFX-9850GC PLUS : Catalogue des produits (16 pages), Spécifications (1 pages), Manuel de communication (13 pages), Manuel du programme (18 pages), Lisez d'abord ce manuel (13 pages), Manuel des fonctions (14 pages), Manuel graphique (8 pages), Manuel graphique (6 pages), Manuel graphique (12 pages), Manuel graphique (12 pages), Manuel graphique (12 pages), Manuel graphique (10 pages), Manuel de calcul (13 pages), Manuel de calcul (18 pages), Manuel de calcul (15 pages), Manuel sur les nombres complexes (6 pages), Manuel de calcul (6 pages), Manuel de calcul (20 pages)

Casio CFX-9850GC PLUS Manuel graphique
• Conic section graphs can be drawn in blue only.
CFX
• You cannot overwrite conic section graphs.
• The calculator automatically clears the screen before drawing a new conic
section graph.
• You can use trace, scroll, zoom, or sketch after graphing a conic section.
However, a conic section graph cannot be scrolled while using trace.
• You cannot incorporate graphing of a conic section into a program.
• A parabola is the locus of points equidistant from fixed line
not on the line. Fixed point F is the "focus," fixed line
horizontal line that passes through the focus directrix is the "axis of symme-
try," the length of a straight line that intersects the parabola, passes through
the locus, and is parallel to fixed line
the parabola intersects the axis of symmetry is the "vertex."
Axis of symmetry
• An ellipse is the locus of points the sum of the distances of each of which
from two fixed points F and F' is constant. Points F and F' are the "foci,"
points A, A', B, and B' where the ellipse intersects the x- and y-axes are the
"vertexes," the x-coordinate values of vertexes A and A' are called
x-intercepts, and the y-coordinate values of vertexes B and B' are called
y-intercepts.
x
Directrix
Latus rectum
Vertex A
y
-intercept B
-intercept A'
Focus F'
y
-intercept B'
Graphing a Conic Section
l
is the "latus rectum," and point A where
l
Focus F (p, 0)
Focus F
14 - 2
l
and fixed point F
l
is the "directrix," the
x
-intercept A
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