Uttryck 38: "x" equals 11.5 left brace, negative 5 less than "y" less than 0 , right bracex=11.5−5<y<0
38
Uttryck 39: "x" equals 9.5 plus StartRoot, 4 minus "y" squared , EndRoot left brace, 0 less than "y" less than 4 , right bracex=9.5+4−y20<y<4
39
Uttryck 40: "x" equals negative 1 left brace, negative 13 less than "y" less than negative 11 , right bracex=−1−13<y<−11
40
Uttryck 41: "x" equals negative 4 left brace, negative 13 less than "y" less than negative 10.5 , right bracex=−4−13<y<−10.5
41
Uttryck 42: "y" equals negative 13 left brace, negative 4 less than "x" less than negative 1 , right bracey=−13−4<x<−1
42
Uttryck 43: "x" equals 1 left brace, negative 13 less than "y" less than negative 11 , right bracex=1−13<y<−11
43
Uttryck 44: "x" equals 4 left brace, negative 13 less than "y" less than negative 10.7 , right bracex=4−13<y<−10.7
44
Uttryck 45: "y" equals negative 13 left brace, 1 less than "x" less than 4 , right bracey=−131<x<4
45
Uttryck 46: "x" equals negative 10 minus StartRoot, 12 minus left parenthesis, "y" minus 3.5 , right parenthesis squared , EndRoot left brace, 3.5 less than "y" less than 10 , right bracex=−10−12−y−3.523.5<y<10
46
Uttryck 47: "x" equals 10 plus StartRoot, 12 minus left parenthesis, "y" minus 3.5 , right parenthesis squared , EndRoot left brace, 3.5 less than "y" less than 10 , right bracex=10+12−y−3.523.5<y<10
47
Uttryck 48: "y" equals 20 "x" plus 273 left brace, negative 10 less than "y" less than 3.5 , right bracey=20x+273−10<y<3.5
48
Uttryck 49: "y" equals negative 20 "x" plus 273 left brace, negative 10 less than "y" less than 3.6 7 , right bracey=−20x+273−10<y<3.67
49
Uttryck 50: "y" equals 20 "x" plus 210 left brace, negative 10 less than "y" less than negative 8 , right bracey=20x+210−10<y<−8
50
Uttryck 51: "y" equals negative 10 left brace, negative 14 less than "x" less than negative 11 , right bracey=−10−14<x<−11
51
Uttryck 52: "y" equals negative 20 "x" plus 210 left brace, negative 10 less than "y" less than negative 8 , right bracey=−20x+210−10<y<−8
52
Uttryck 53: "y" equals negative 10 left brace, 11 less than "x" less than 14 , right bracey=−1011<x<14
53
Uttryck 54: "y" equals "x" plus 10 left brace, 0 less than "x" less than 3 , right bracey=x+100<x<3
54
Uttryck 55: "y" equals negative "x" plus 10 left brace, negative 3 less than "x" less than 0 , right bracey=−x+10−3<x<0
55
Uttryck 56: "y" equals "x" minus 1 left brace, 1 less than "x" less than 2.5 , right bracey=x−11<x<2.5
56
Uttryck 57: "y" equals negative "x" minus 1 left brace, negative 2.5 less than "x" less than negative 1 , right bracey=−x−1−2.5<x<−1
57
Uttryck 58: "y" equals "x" squared minus 1 left brace, negative 1 less than "x" less than 1 , right bracey=x2−1−1<x<1
58
Uttryck 59: "x" equals 2 left brace, 31 less than "y" less than 34 , right bracex=231<y<34
59
Uttryck 60: "x" equals 3 left brace, 31 less than "y" less than 35 , right bracex=331<y<35
60
Uttryck 61: "x" equals 4 left brace, 30.5 less than "y" less than 34 , right bracex=430.5<y<34
61
Uttryck 62: "x" equals 5 left brace, 30 less than "y" less than 33 , right bracex=530<y<33
62
Uttryck 63: "x" equals 6 left brace, 29.5 less than "y" less than 33 , right bracex=629.5<y<33
63
Uttryck 64: "x" equals 7 left brace, 28.5 less than "y" less than 32.5 , right bracex=728.5<y<32.5
64
Uttryck 65: "x" equals negative 2 left brace, 31 less than "y" less than 34 , right bracex=−231<y<34
65
Uttryck 66: "x" equals negative 3 left brace, 31 less than "y" less than 35 , right bracex=−331<y<35
66
Uttryck 67: "x" equals negative 4 left brace, 30.5 less than "y" less than 34 , right bracex=−430.5<y<34
67
Uttryck 68: "x" equals negative 5 left brace, 30 less than "y" less than 33 , right bracex=−530<y<33
68
Uttryck 69: "x" equals negative 6 left brace, 29.5 less than "y" less than 33 , right bracex=−629.5<y<33
69
Uttryck 70: "x" equals negative 7 left brace, 28.5 less than "y" less than 32.5 , right bracex=−728.5<y<32.5
70
Uttryck 71: "x" equals 0 left brace, 31 less than "y" less than 36 , right bracex=031<y<36
71
Uttryck 72: "x" equals 20 left brace, negative 20 less than "Y" less than 45 , right bracex=20−20<Y<45
72
Uttryck 73: "y" equals 45 left brace, negative 20 less than "x" less than 20 , right bracey=45−20<x<20
73
Uttryck 74: "x" equals negative 20 left brace, negative 20 less than "y" less than 45 , right bracex=−20−20<y<45
74
Uttryck 75: "y" equals negative 20 left brace, negative 20 less than "x" less than 20 , right bracey=−20−20<x<20
75
76
driven av
driven av
"x"x
"y"y
"a" squareda2
"a" Superscript, "b" , Baselineab
77
88
99
over÷
funktioner
((
))
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+
eller
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Exempel
Linjer: Linjära funktioner
exempel
Linjer: Enpunktsformeln
exempel
Linjer: Tvåpunktsformeln
exempel
Parabler: Standardform
exempel
Parabler: Vertexform
exempel
Parabler: Standardform och tangens
exempel
Trigonometri: Våglängd och amplitud
exempel
Trigonometri: Fas
exempel
Trigonometri: Interferens
exempel
Trigonometri: Enhetscirkeln
exempel
Kägelsnitt: Cirkel
exempel
Kägelsnitt: Parabel och fokus
exempel
Kägelsnitt: Ellips med fokus
exempel
Kägelsnitt: Hyperbel
exempel
Polära ekvationer: Ros
exempel
Polära ekvationer: Logaritmisk spiral
exempel
Polära ekvationer: Limacon
exempel
Polära ekvationer: Kägelsnitt
exempel
Parameterform: Introduktion
exempel
Parameterform: Cykloid
exempel
Transformation: Avbildning av en funktion
exempel
Transformation: Förändra skalan på en funktion
exempel
Transformation: Invers av en funktion
exempel
Statistik: Linjär regression
exempel
Statistik: Anscombs kvartett
exempel
Statistik: Polynom av 4:e grad
exempel
Listor: Sinuskurvor
exempel
Listor: Stickandet av kurvor
exempel
Listor: Rita en graf från en lista med punkter
exempel
Infinitesimalkalkyl: Derivata
exempel
Infinitesimalkalkyl: Sekantlinje
exempel
Infinitesimalkalkyl: Tangentlinje
exempel
Infinitesimalkalkyl: Taylorutveckling av sin(x)
exempel
Infinitesimalkalkyl: Integraler
exempel
Infinitesimalkalkyl: Integraler med justerbara gränser
