Expression 46: "y" equals 5 left brace, 2.9 less than "x" less than 3.5 7 , right bracey=52.9<x<3.57
46
Expression 47: negative "y" plus 4.8 3 equals 100 Superscript, left parenthesis, "x" minus 4.3 4 , right parenthesis , Baseline left brace, 3.9 4 5 less than "x" less than 4.2 4 5 , right brace−y+4.83=100x−4.343.945<x<4.245
47
Expression 48: "x" equals 5.9 2 left brace, 7.2 less than "y" less than 7.5 9 , right bracex=5.927.2<y<7.59
48
Expression 49: "y" minus 7.2 6 equals negative 4 left parenthesis, "x" minus 5.8 , right parenthesis squared left brace, 5.9 2 less than "x" less than 6.1 2 5 , right bracey−7.26=−4x−5.825.92<x<6.125
49
Expression 50: "y" minus 6 equals 1.4 left parenthesis, "x" minus 3.0 5 , right parenthesis squared left brace, 2.7 7 less than "x" less than 3.3 , right bracey−6=1.4x−3.0522.77<x<3.3
50
Expression 51: "y" minus 8.0 5 equals negative StartFraction, 1 Over 1.3 , EndFraction left parenthesis, "x" minus 3.2 , right parenthesis squared left brace, 2.1 less than "x" less than 3.4 , right bracey−8.05=−11.3x−3.222.1<x<3.4
51
Expression 52: "x" equals 2.1 left brace, 6.6 less than "y" less than 7.1 2 , right bracex=2.16.6<y<7.12
52
Expression 53: "y" minus 8.2 5 equals negative 1 third left parenthesis, "x" minus 4.2 4 , right parenthesis squared left brace, 3.4 less than "x" less than 5.1 2 , right bracey−8.25=−13x−4.2423.4<x<5.12
53
Expression 54: "x" equals 5 left brace, 2.4 less than "y" less than 3.8 4 , right bracex=52.4<y<3.84
54
Expression 55: "x" equals 2.3 left brace, 5.4 less than "y" less than 5.8 , right bracex=2.35.4<y<5.8
55
Expression 56: "x" minus 2.3 equals negative 4.3 left parenthesis, "y" minus 5.8 , right parenthesis squared left brace, 5.8 less than "y" less than 6.1 7 , right bracex−2.3=−4.3y−5.825.8<y<6.17
56
Expression 57: "x" minus 2.3 equals negative 4.3 left parenthesis, "y" minus 5.8 , right parenthesis squared left brace, 5.8 less than "y" less than 6.1 7 , right bracex−2.3=−4.3y−5.825.8<y<6.17
57
Expression 58: "y" minus 5.1 3 equals negative left parenthesis, "x" minus 5.1 5 , right parenthesis squared left brace, 4.7 8 less than "x" less than 5.6 , right bracey−5.13=−x−5.1524.78<x<5.6
58
Expression 59: "y" minus 1.1 5 equals StartFraction, 1 Over 1.6 , EndFraction left parenthesis, "x" minus 3 , right parenthesis left brace, 5 less than "x" less than 5.7 , right bracey−1.15=11.6x−35<x<5.7
59
Expression 60: "y" minus 3.6 equals 5 left parenthesis, "x" minus 6 , right parenthesis squared left brace, 6 less than "x" less than 6.4 2 , right bracey−3.6=5x−626<x<6.42
60
Expression 61: "y" minus 2.8 5 equals 8 left parenthesis, "x" minus 5.7 , right parenthesis squared left brace, 5.7 less than "x" less than 6.0 0 4 , right bracey−2.85=8x−5.725.7<x<6.004
61
Expression 62: "y" equals negative StartFraction, 1 Over 1.2 , EndFraction left parenthesis, "x" minus 10.2 1 , right parenthesis left brace, 3.7 1 less than "x" less than 4.2 1 , right bracey=−11.2x−10.213.71<x<4.21
62
Expression 63: "x" minus 3.4 equals 7 left parenthesis, "y" minus 5.6 3 , right parenthesis squared left brace, 5.4 2 less than "y" less than 5.9 5 8 , right bracex−3.4=7y−5.6325.42<y<5.958
63
Expression 64: 1 equals StartFraction, left parenthesis, "x" minus 4.3 , right parenthesis squared Over "l" squared , EndFraction plus StartFraction, left parenthesis, "y" minus 5.6 , right parenthesis squared Over "z" squared , EndFraction left brace, 5.6 less than "y" , right brace1=x−4.32l2+y−5.62z25.6<y
64
Expression 65: "l" equals 0.3 4l=0.34
negative 10−10
1010
65
Expression 66: "z" equals 0.2z=0.2
negative 10−10
1010
66
Expression 67: "f" left parenthesis, "x" , right parenthesis equals 3 left parenthesis, "x" minus 1 , right parenthesis squared plus 6.6 7fx=3x−12+6.67
67
Expression 68: left parenthesis, "t" cos "a" minus "f" left parenthesis, "t" , right parenthesis sin "a" , "t" sin "a" plus "f" left parenthesis, "t" , right parenthesis cos "a" , right parenthesistcosa−ftsina,tsina+ftcosa
Minimum du domaine t: 0.7 90.79
less than or equal to "t" less than or equal to≤t≤
Maximum du domaine t: 1.3 91.39
68
Expression 69: "a" equals negative 0.5a=−0.5
negative 10−10
1010
69
Expression 70: "y" equals 9999999 left parenthesis, "x" minus 4.0 4 , right parenthesis to the 7th power plus 5.9 9 left brace, 5.6 less than "y" less than 6.0 5 , right bracey=9999999x−4.047+5.995.6<y<6.05
70
Expression 71: "y" equals 9999999 left parenthesis, "x" minus 4.1 , right parenthesis to the 7th power plus 5.8 left brace, 5.2 less than "y" less than 5.4 , right bracey=9999999x−4.17+5.85.2<y<5.4
71
Expression 72: "y" equals 9999999 left parenthesis, "x" minus 4.1 , right parenthesis to the 7th power plus 5.8 left brace, 4.6 less than "y" less than 5.2 , right bracey=9999999x−4.17+5.84.6<y<5.2
72
Expression 73: "y" equals 9999999 left parenthesis, "x" minus 2.2 , right parenthesis to the 7th power plus 5. left brace, 5.4 less than "y" less than 5.8 7 , right bracey=9999999x−2.27+5.5.4<y<5.87
73
Expression 74: 1 equals StartFraction, left parenthesis, "x" minus 5.5 , right parenthesis squared Over "l" squared , EndFraction plus StartFraction, left parenthesis, "y" minus 5.6 , right parenthesis squared Over "z" squared , EndFraction left brace, 5 less than "y" , right brace1=x−5.52l2+y−5.62z25<y
74
Expression 75: "y" equals negative log left parenthesis, "x" minus 1.9 , right parenthesis plus 5 left brace, 2.3 less than "x" less than 5 , right brace left brace, 13 greater than "y" greater than 5 , right bracey=−logx−1.9+52.3<x<513>y>5
75
Expression 76: "x" minus 3 equals "o" 2 sine "y" left brace, 8.5 less than "y" less than 13 , right bracex−3=o2siny8.5<y<13
76
Expression 77: "x" minus 4.5 equals "o" 2sine "y" left brace, 8.5 less than "y" less than 13 , right bracex−4.5=o2siny8.5<y<13
77
Expression 78: 1 equals StartFraction, left parenthesis, "x" minus 2 , right parenthesis squared Over "l" squared , EndFraction plus StartFraction, left parenthesis, "y" minus 4.5 , right parenthesis squared Over "z" squared , EndFraction left brace, 2 less than "y" , right brace1=x−22l2+y−4.52z22<y
78
Expression 79: "r" squared greater than left parenthesis, "x" minus "S" , right parenthesis squared plus left parenthesis, "y" minus 15 , right parenthesis squared left brace, 12 less than "x" less than 22 , right bracer2>x−S2+y−15212<x<22
79
Expression 80: "S" equals 17.2 9S=17.29
1212
2222
80
Expression 81: "y" equals "a" "b" Superscript, negative left parenthesis, 8 "x" minus 23 , right parenthesis , Baseline plus 4.6 9 left brace, 3.9 less than "x" less than 4.0 9 , right bracey=ab−8x−23+4.693.9<x<4.09
81
Expression 82: "x" plus 8.7 6 equals negative 0.5 5 left parenthesis, "y" minus 28. , right parenthesis left brace, 4.6 less than or equal to "y" less than or equal to 4.6 9 , right bracex+8.76=−0.55y−28.4.6≤y≤4.69
82
Expression 83: negative "y" plus 4.6 8 equals 99999 Superscript, left parenthesis, "x" minus 4.3 4 , right parenthesis , Baseline left brace, 4.1 less than "x" less than 4.2 8 , right brace−y+4.68=99999x−4.344.1<x<4.28
83
Expression 84: "y" equals 9999999 left parenthesis, "x" minus 3.7 4 , right parenthesis to the 7th power plus 5.9 9 left brace, 4.9 4 less than "y" less than 5.4 4 5 , right bracey=9999999x−3.747+5.994.94<y<5.445
84
Expression 85:
85
86
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
