Expression 20: "y" equals 2.5 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=2.5x<−9x>−10
20
Expression 21: "x" equals negative 9 left brace, "y" greater than 2.5 , right brace left brace, "y" less than 3.5 , right bracex=−9y>2.5y<3.5
21
Expression 22: "x" equals negative 9 left brace, "y" less than 1.5 , right brace left brace, "y" greater than negative 4 , right bracex=−9y<1.5y>−4
22
Expression 23: "y" equals 1 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=1x<−9x>−10
23
Expression 24: "y" equals 0 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=0x<−9x>−10
24
Expression 25: "y" equals negative 1 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=−1x<−9x>−10
25
Expression 26: "y" equals negative 2 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=−2x<−9x>−10
26
Expression 27: "y" equals negative 3 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=−3x<−9x>−10
27
Expression 28: "y" equals negative 4 left brace, "x" less than negative 9 , right brace left brace, "x" greater than negative 10 , right bracey=−4x<−9x>−10
28
Expression 29: "y" equals 4 left brace, "x" greater than negative 11 , right brace left brace, "x" less than negative 8 , right bracey=4x>−11x<−8
29
Expression 30: "y" equals 4 left brace, "x" greater than negative 6 , right brace left brace, "x" less than 6 , right bracey=4x>−6x<6
30
Expression 31: "x" equals negative 3 left brace, "y" less than negative 1 , right brace left brace, "y" greater than negative 3 , right bracex=−3y<−1y>−3
31
Expression 32: "y" equals negative 2 left brace, "x" less than negative 2 , right brace left brace, "x" greater than negative 4 , right bracey=−2x<−2x>−4
32
Expression 33: "x" equals 2 left brace, "y" less than negative 1 , right brace left brace, "y" greater than negative 3 , right bracex=2y<−1y>−3
33
Expression 34: "y" equals negative 3 left brace, "x" greater than 2 , right brace left brace, "x" less than 4 , right bracey=−3x>2x<4
34
Expression 35: "x" equals 4 left brace, "y" greater than negative 3 , right brace left brace, "y" less than negative 1 , right bracex=4y>−3y<−1
35
Expression 36: "y" equals negative 1 left brace, "x" less than 4 , right brace left brace, "x" greater than 2 , right bracey=−1x<4x>2
36
Expression 37: "x" equals 3 left brace, "y" less than negative 1 , right brace left brace, "y" greater than negative 3 , right bracex=3y<−1y>−3
37
Expression 38: "y" equals negative 2 left brace, "x" greater than 2 , right brace left brace, "x" less than 4 , right bracey=−2x>2x<4
38
Expression 39:
39
40
propulsé par
propulsé par
"x"x
"y"y
"a" squareda2
"a" Superscript, "b" , Baselineab
77
88
99
over÷
fonctions
((
))
less than<
greater than>
44
55
66
times×
| "a" ||a|
,,
less than or equal to≤
greater than or equal to≥
11
22
33
negative−
A B C
StartRoot, , EndRoot
piπ
00
..
equals=
positive+
ou
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Exemples
Droites : Forme avec la pente et l'ordonnée à l'origine
exemple
Droites : Forme avec la pente passant par un point donné
exemple
Droites : Passant par deux points donnés
exemple
Paraboles : Forme générale
exemple
Paraboles : Forme canonique
exemple
Paraboles : Forme générale + Tangente
exemple
Trigonométrie : Période et Amplitude
exemple
Trigonométrie : Phase
exemple
Trigonométrie : Phase et addition de fonctions
exemple
Trigonométrie : Cercle trigonométrique
exemple
Coniques : Cercle
exemple
Coniques : Parabole et Foyer
exemple
Coniques : Ellipse et Foyers
exemple
Coniques : Hyperbole
exemple
Polaire : Rosace
exemple
Polaire : Spirale logarithmique
exemple
Polaire : Limaçon
exemple
Polaire : Les coniques
exemple
Paramétrique : Introduction
exemple
Paramétrique : Cycloïde
exemple
Transformations : Translation de fonctions
exemple
Transformations : Compression et étirement de fonctions
