FX COLOR GRAPH 20 - Graphing calculator CASIO - Free user manual and instructions

Product type	Color graphing calculator
Brand	CASIO
Model	FX COLOR GRAPH 20
Dimensions (W × H × D)	18.3 × 8.6 × 1.9 cm
Weight	Approx. 235 g
Power supply	4 AAA (LR03) batteries + lithium backup battery
Battery life	Approx. 140 hours of continuous use
Display	Color LCD 384 × 216 pixels, 21 characters × 8 lines
Main functions	Arithmetic, trigonometric, logarithmic calculations, statistics, regressions, matrices, complex numbers, programming, spreadsheet, geometry, eActivity, financial calculations, dynamic graphs, function graphing, point plotting, equation solving, metric conversion
Care and cleaning	Wipe with a soft dry cloth. Do not use solvents. Avoid moisture.
Safety	Do not expose to water. Use recommended batteries. Recycle according to local regulations.
Spare parts and repairability	Not user-repairable. Contact CASIO after-sales service.
General information	User manual available in PDF. Update possible via USB connection. Manufacturer's warranty.

Frequently Asked Questions - FX COLOR GRAPH 20 CASIO

How to reset the CASIO FX COLOR GRAPH 20 calculator?

To reset settings, go to the System menu, press F5 (RESET) then F1 (SETUP) and confirm. For a full reset, use the RESTART button on the back of the calculator (this preserves user data).

How to adjust screen brightness?

From the main menu, select the System icon, press F1 (DISPLAY). Use the ◀ and ▶ keys to adjust brightness, or F1 (INITIAL) to return to default setting.

How to perform a simple calculation?

Press AC to clear, then enter the expression (e.g., 2+3). Use the numeric keys and operators. Press EXE to validate. The result is displayed in default math writing mode.

How to graph a function?

In Graph mode, enter your function (e.g., Y=X²) via the menu, then press F6 (DRAW). You can adjust the display window with SHIFT F3 (V-Window).

How to use statistics mode?

Select Statistics mode. Enter your data in the lists (LIST). Use F1 (GRAPH) to choose the graph type (histogram, scatter plot, etc.) and F4 (CALC) to obtain statistics (mean, standard deviation, regression).

How to transfer data to a computer?

Connect the calculator to a PC using the provided USB cable. On the calculator, go to Link mode and select the transfer type. On the PC, use CASIO FA-124 software or a file manager to copy data.

How to create a program?

Access Program mode. Press F3 (NEW) to create a new file, give it a name. Enter commands using the OPTN and PRGM menus. Run the program with EXE.

How to solve an equation?

Go to Equation mode. Choose the type (simultaneous linear or polynomial). Enter the coefficients. Press EXE to get solutions. Use SOLVER for any equation.

How to use spreadsheet mode?

Activate Spreadsheet mode. Enter data in cells (A1, B2, etc.). Use menu commands to perform calculations, statistics, or graph data.

How to replace the batteries?

Turn off the calculator. Open the battery compartment on the back. Replace the 4 AAA batteries, observing polarity. Close the cover. If a low battery message persists, also replace the lithium backup battery.

USER MANUAL FX COLOR GRAPH 20 CASIO

E-Con2 Application (English)

1. E-Con2 Overview....ε-1
2. Using the Setup Wizard ....... ε-2
3. Using Advanced Setup....£-8
4. Using a Custom Probe....£-19
5. Using the MULTIMETER Mode.... ε-23
6. Using Setup Memory.... ε-24
7. Using Program Converter ....... ε-27
8. Starting a Sampling Operation....£-30
9. Using Sample Data Memory ....... ε-33
10. Using the Graph Analysis Tools to Graph Data ....... ε-35
11. Graph Analysis Tool Graph Screen Operations....£-39
12. Calling E-Con2 Functions from an eActivity.... ε-50

Écran graphique

■ Affichage normal

Appuyez sur EXIT.

Example 3 Pour saisir 1 + _0^1 x + 1 dx

AC 1 + F4 (MATH) F6 (▷) F1 (∫dx)

X,θ,T + 1

▶ 0

▲1

▶

EXE

Example 4 Pour saisir 2 × 12 & 2 2 & 12

AC 2 ✗ F4 (MATH) F1 (MAT) F1 (2×2)

ab% 1 ▼ 2

▶▶

SHIFT x^2() 2

SHIFT x^2() 2 a% 1 ▼ 2

EXE

Run-Matrix, eActivity, Equation

- a_n / a_n+1 / a_n+2 / b_n / b_n+1 / b_n+2 / C_n / C_n+1 / C_n+2 ... expressions a_n / a_n+1 / a_n+2 / b_n / b_n+1 /b_n+2 / c_n / c_n+1 / c_n+2

■ ■ ■

[SET UP]- [Display] - [Fix] / [Sci] / [Norm]

AC SHIFT ALPHA (A-LOCK) EXP (") X,θ,T (A)

log (B) In (C) EXP (") ALPHA (Libère Alpha-Lock.)

→ VARS F6 (▷) F5 (Str) 1 EXE

F5 (Str) 1 EXE

EXIT EXIT EXIT

$$ 3 6 0 ^ {\circ} = 2 \pi \text { radians } = 4 0 0 \text { grades } $$

$$ 9 0 ^ {\circ} = \pi / 2 \text { r a d i a n s } = 1 0 0 \text { g r a d e s } $$

[OPTN]-[CALC]-[Int÷]

[OPTN]-[CALC]-[d/dx]

OPTN F4 (CALC) F6 (▷) F3 (Σ() a_k k ▶ α ▶ β

ou

F4 (MATH) F6 (▷) F2 (Σ() a_k ▶ k ▶ α ▶ β

OPTN F4 (CALC) F6 (▷) F3 (Σ() ak k α β n )

$$ \sum \left(a _ {k}, k, \alpha , \beta , n\right) = \sum_ {k = \alpha} ^ {\beta} a _ {k} = a _ {\alpha} + a _ {\alpha + 1} + \dots \dots + a _ {\beta} $$

OPTN F4(CALC)F6(▷)F1(FMin)f(x) a b n

AC OPTN F3 (COMPLEX) F2 (Abs)

3 + 4 F1(i) EXE

OPTN F2 (MAT) F5 (Augment)

F1 (Mat) ALPHA X,θ,T (A),

F1 (Mat) ALPHA log (B) EXE

Mat→List (Mat X, m) → List n

OPTN F6 (▷) F4 (NUMERIC) F1 (Abs)

OPTN F2 (MAT) F1 (Mat) ALPHA X,θ,T (A) EXE

OPTN F6 (▷) F4 (NUMERIC) F1 (Abs)

OPTN F2 (MAT) F1 (Mat) ALPHA sin (D) EXE

Rad Norm1 d/c Real
SUB1	List 1	List 2	List 3	List 4
	3

Rad Norm1 d/c Real
	List 1	List 2	List 3	List 4
SUB
1	3
2	4
3	5
4
{6,7,8}

Rad Norm1 d/c Real
	List 1	List 2	List 3	List 4
SUB
1	3	6
2	4	7
3	5	8
4

Rad Norm1 d/c Real
SUB1	List 1	List 2	List 3	List 4
	3	6

SHIFT 1 (List) n SHIFT + ( [ ) 0 SHIFT - ( ] ) EXE

OPTN F1 (LIST) F2 (Lst→Mat) F1 (List) F1 (List) ... F1 (List) EXE

3 , F1 (List) 1 ) EXE

F6 (▷) F6 (▷) F1 (List) 1 ) EXE

OPTN F1 (LIST) F6 (▷) F2 (Max) F6 (▷) F6 (▷) F1 (List) F1 (List)

☐ EXE

F6 (▷) F6 (▷) F1 (List) 1 ,

F1 (List) 2 ) EXE

[OPTN]-[LIST]-[Mean]

OPTN F1 (LIST) F6 (▷) F3 (Mean) F6 (▷) F6 (▷) F1 (List) ☐ EXE

F6 (▷) F6 (▷) F1 (List) 1 ) EXE

OPTN F1 (LIST) F6 (▷) F4 (Med) F6 (▷) F6 (▷) F1 (List)

F1 (List) EXE

F6 (▷) F1 (List) 1 EXE

① 2/(2+3+6+5+4) × 100 =
② 3/(2+3+6+5+4) × 100 =
③ 6/(2+3+6+5+4) × 100 =
④ 5/(2+3+6+5+4) × 100 =
⑤ 4/(2+3+6+5+4) × 100 =

OPTN F1 (LIST) F1 (List) 3 → F1 (List) 1 EXE

2 5 → OPTN F1 (LIST) F1 (List) 3 SHIFT + ( [ ) 2 SHIFT — ( ] ) EXE

EXE

Example : List 1 = {1,2,3}, List 2 = {4,5,6}

Type 1 (Y= expression)

① MENU Graph
② SHIFT MENU (SET UP) ▼ ▼ ▼ ▼ F3 (Off) EXIT
③ SHIFT F3 (V-WIN) F1 (INITIAL) EXIT
④ F3 (TYPE) F1 (Y=) X,θ,T x² — ALPHA X,θ,T (A) X,θ,T EXE
⑤ F5 (MODIFY)
⑥ ▼ 0 • 5 EXE
⑦
⑧ ▶ ▶ ▶ ▶

- Y = A (Bx + C)

- Y = A (Bx + C)

- Y = Atan( Bx + C)

⑥ F3 (PHASE)

⑦ SHIFT 5 (FORMAT) 1 (Line Style) 5 (Thin)

② (Line Color) ③ (Red) EXIT

⑧ ▶ \~ ▶ EXE *1

$$ (Y >, Y < , X >, X < ) $$

$$ \mathbf {Y 1} = x (x + 2) (x - 2) $$

Color Link: OnlyX (diagramme de dispersion)

StatGraph1 :DrawOn

StatGraph2 :DrawOff

StatGraph3 :DrawOff

(diagramme de dispersion)

F1 (CALC) F6 (▷) F2 (Log)

F6 (DRAW)

F1 (CALC) F6 (▷) F3 (EXP)

F1 (CALC) F6 (▷) F4 (Power)

F6 (DRAW)

F1 (CALC) F6 (▷) F5 (Sin)

F6 (DRAW)

F1 (CALC) F6 (▷) F6 (▷) F1 (Logistic)

F6 (DRAW)

$$ \frac {1}{\sqrt {2 \pi}} \int_ {t} ^ {+ \infty} e ^ {- \frac {u ^ {2}}{2}} d u $$

$$ t (x) = \frac {x - \bar {x}}{\mathbf {\sigma} _ {x}} $$

Exemple

F2 (CALC) F6 (SET)

F1 (LIST) 1 EXE

F2 (LIST) 2 EXE SHIFT EXIT (QUIT)

F2 (CALC) F1 (1-VAR)

$$ (\div 0, 4 9 6) $$

F1(P()0·496)—

F1(P)(-) 1 • 6 3 4 ) EXE

EXIT F5 (STAT) F5 (Var) EXIT

F1 (LIST) F1 (List) 1 , F1 (List) 2 ) EXE

μ≠11.4 ...... direction du test

_1_2 ..... direction du test

Prop≠0.5 ..... direction du test

|GphColor:Blue Execute

μ≠11.3 ...... direction du test

^1^2 ..... direction du test

^1^2 ..... direction du test

|Execute

F5 (DIST) F1 (NORM) F3 (InvN)

F5 (DIST) F3 (CHI) F1 (Cpd)

F5 (DIST) F6 (▷) F2 (GEO) F3 (InvG)

a......terme constant

b....coefficient

Se......erreur standard

r ....coefficient de corrélation

$$ S I = - S I ^ {\prime} $$

$$ S F V = - (P V + S I ^ {\prime}) $$

SI : intérêt

$$ P M T = - \frac {P V + \beta \times F V}{\alpha} $$

$$ F V = - \frac {P V + \alpha \times P M T}{\beta} $$

$$ n = \frac {\log \left{\frac {(1 + i S) \times P M T - F V \times i}{(1 + i S) \times P M T + P V \times i} \right}}{\log (1 + i)} $$

$$ \underline {{I \% = 0}} $$

$$ P V = - (P M T \times n + F V) $$

$$ P M T = - \frac {P V + F V}{n} $$

$$ F V = - (P M T \times n + P V) $$

$$ n = - \frac {P V + F V}{P M T} $$

$$ \alpha = (1 + i \times S) \times \frac {1 - \beta}{i}, \beta = (1 + i) ^ {- n} $$

$$ S = \left{ \begin{array}{l} 0 \dots\dots .. P a y m e n t: E n d \ \qquad \qquad \qquad \qquad \qquad \qquad \qquad \qquad \qquad \text {(Écran de configuration)} \ 1 \dots\dots .. P a y m e n t: B e g i n \ \qquad \qquad \qquad \qquad \qquad \qquad \qquad \text {(Écran de configuration)} \end{array} \right. $$

$$ i = \left{ \begin{array}{l} \frac {I \%}{1 0 0} \dots \dots (P / Y = C / Y = 1) \ \left(1 + \frac {I \%}{1 0 0 \times [ C / Y ]}\right) ^ {\frac {C / Y}{P / Y}} - 1 \dots .. (\text {Autres que} \ \text {ci - dessus}) \end{array} \right. $$

• I %

$$ P V + \alpha \times P M T + \beta \times F V = 0 $$

$$ N F V = N P V \times (1 + i) ^ {n} $$

- IRR

$$ 0 = C F _ {0} + \frac {C F _ {1}}{(1 + i)} + \frac {C F _ {2}}{(1 + i) ^ {2}} + \frac {C F _ {3}}{(1 + i) ^ {3}} + \dots + \frac {C F _ {n}}{(1 + i) ^ {n}} $$

n...... vie utile

{SYD}

{SYD} - {TABLE}

{SYD} - {GRAPH}

$$ I N T = - \frac {A}{D} \times \frac {C P N}{M} \quad C S T = P R C + I N T $$

{PRC}

{PRC} - {GRAPH}

{PRC} - {MEMO}

OPTN F6 (▷) F6 (▷) F2 (FINANCE)*

F1(SIMPLE) F1(SI) 7 3 0 , 5 ,

3 0 0 ) EXE

F2 (SFV) 7 3 0 , 5 , 3 0 0 )

EXE

Geometric diagram of a polyhedron with labeled point A and dashed internal lines (no text or symbols beyond label)

'Program Mode: BASE (programme mode BASE)

DrawFTG-Con, DrawFTG-Plt 8-20

DrawGraph 8-21

DrawR-Con, DrawR-Plt 8-21

DrawRΣ-Con, DrawRΣ-Plt 8-21

DrawStat 8-21

DrawWeb 8-21

DrawFTG-Con, DrawFTG-Plt

Aucun paramètre

Exemple : Cls ←

Blue Locate 7, 1, "CASIO FX"

Receive38k / Send38k

Mode RUN : Black, Blue, Red, Magenta, Green, Cyan, Yellow, ColorAuto, ColorClr Mode BASE : Black, Blue, Red, Magenta, Green, Cyan, Yellow

Mode RUN : SHIFT 5 (FORMAT) 1 (Color Command) 2 (Blue)

Mode BASE : SHIFT 5 (FORMAT) 2 (Blue)

SHIFT 5 (FORMAT) 2 (Paint Command) 2 (Lighter)

Programme	Affichage
"CASIO"	CASIO
? → X	?
"X = " ? → X	X = ?

S-Gph1 DrawOn, Linear, List 1, List 2, List 3, Blue

S-Gph1 DrawOn, Logistic, List 1, List 2, Blue

S-Gph1 DrawOn, Bar, List 1, None, None, StickLength, ColorLinkOff, Blue ColorLighter, Black, Red ColorLighter, Black, Green ColorLighter, Black

graph TD
    A["1-Variable List1, List 2"] --> B["End"]

2-Variable List 1, List 2, List 3

LinearReg(ax+b) List 1, List 2, List 3

Type de calcul*

Syntaxe : NormCD(Lower, Upper[, σ, μ)]

	>		>
	<		<
	≥		≥
	≤		≤
I/O	Locate		Locate_
	Getkey		Getkey
	Send		Send(
	Receive		Receive(
	S38k		Send38k_
	R38k		Receive38k_
	Open		OpenComport38k
	Close		CloseComport38k
:			:
STR	Join		StrJoin(
	Len		StrLen(
	Cmp		StrCmp(
	Src		StrSrc(
	Left		StrLeft(
	Right		StrRight(
	Mid		StrMid(
	E→S		Exp►Str(
	Exp		Exp(
	Upr		StrUpr(
	Lwr		StrLwr(
	Inverse		StrInv(
	Shift		StrShift(
	Rotate		StrRotate(

Touche SHIFT MENU (SET UP)
Niveau 1	Niveau 2	Niveau 3	Commande
ANGLE	Deg		Deg
	Rad		Rad
	Gra		Gra
COORD	On		CoordOn
	Off		CoordOff
GRID	On		GridOn
	Off		GridOff
	Line		GridLine
AXES	On		AxesOn
	Off		AxesOff
	Scale		AxesScale
LABEL	On		LabelOn
	Off		LabelOff
DISPLAY	Fix		Fix_
	Sci		Sci_
	Norm		Norm_
	ENG	On	EngOn
		Off	EngOff
		Eng	Eng
SKT/LIN	—		S-L-Normal
	—		S-L-Thick
	......		S-L-Broken
	......		S-L-Dot
	—		S-L-Thin
DRAW	Connect		G-Connect
	Plot		G-Plot
DERIV	On		DerivOn
	Off		DerivOff
BACK	None		BG-None
	Pict		BG-Pict_
	OPEN		*8 (Voir page 8-58)
FUNC	On		FuncOn
	Off		FuncOff
SIMUL	On		SimulOn
	Off		SimulOff
SGV-WIN	Auto		S-WindAuto
	Manual		S-WindMan
LIST	File		File_
LOCUS	On		LocusOn
	Off		LocusOff
TBL-VAR	Range		VarRange
	List		VarList_
ΣDISP	On		ΣdispOn
	Off		ΣdispOff
RESID	None		Resid-None
	List		Resid-List_
COMPLEX	Real		Real
	a+bi		a+bi
	r∠θ		r∠θ
FRAC	d/c		d/c
	ab/c		ab/c
Y=SPEED	Norm		Y=DrawSpeedNorm
	High		Y=DrawSpeedHigh
DATE	365		DateMode365
	360		DateMode360
PMT	Begin		PmtBgn
	End		PmtEnd
PERIODS	Annual		PeriodsAnnual
	Semi		PeriodsSemi
INEQ	Intsect		IneqTypeIntsect
	Union		IneqTypeUnion
SIMP	Auto		SimplifyAuto
	Manual		SimplifyMan
Q1Q3	Std		Q1Q3TypeStd
	OnData		Q1Q3TypeOnData
P/L-CLR			Plot/Line-Color_

		X>	Graph_X>
		X<	Graph_X<
		X≥	Graph_X≥
		X≤	Graph_X≤
	PLOT	Plot	Plot_
		PlotOn	PlotOn_
		PlotOff	PlotOff_
		PlotChg	PlotChg_
	LINE	Line	Line
		F-Line	F-Line_
	Circle		Circle_
	Vertical		Vertical_
	Horz		Horizontal_
	Text		Text_
	PIXEL	On	PxION_
		Off	PxIOff_
		Pxlchg	PxlChg_
	Test		PxlTest(
	STYLE	—	SketchNormal_
		—	SketchThick_
		......	SketchBroken_
		......	SketchDot_
		—	SketchThin_

Touche SHIFT 5 (FORMAT)
Niveau 1	Niveau 2	Niveau 3	Commande
1:Color Command	1:Black		Black_
	2:Blue		Blue_
	3:Red		Red_
	4:Magenta		Magenta_
	5:Green		Green_
	6:Cyan		Cyan_
	7:Yellow		Yellow_
	9:Auto		ColorAuto_
	A:Clear		ColorClr_
2:Paint Command	1:Normal		ColorNormal_
	2:Lighter		ColorLighter_

Touche SHIFT
Niveau 1	Niveau 2	Niveau 3	Commande
ZOOM	Factor		Factor_
	Auto		ZoomAuto
V-WIN	V-Win		ViewWindow_
	Store		StoV-Win_
	Recall		RclV-Win_
SKETCH	Cls		Cls
	Tangent		Tangent_
	Norm		Normal_
	Inverse		Inverse_
	GRAPH	Y=	Graph_Y=
		r=	Graph_r=
		Param	Graph(X,Y)=(
		x=c	Graph_X=
		G-/dX	Graph_/
		Y>	Graph_Y>
		Y<	Graph_Y<
		Y≥	Graph_Y≥
		Y≤	Graph_Y≤

Programme BASE

Touche F4 (MENU)
Niveau 1	Niveau 2	Niveau 3	Commande
d~o	d		d
	h		h
	b		b
	o		o
LOGIC	Neg		Neg_
	Not		Not_
	and		and
	or		or
	xor		xor
	xnor		xnor
DISPLAY	►Dec		►Dec
	►Hex		►Hex
	►Bin		►Bin
	►Oct		►Oct
Touche SHIFT VARS (PRGM)
Niveau 1	Niveau 2	Niveau 3	Commande
Prog			Prog_
JUMP	Lbl		Lbl_
	Goto		Goto_
	⇒		⇒
	Isz		Isz_
	Dsz		Dsz_
	Menu		Menu_
?			?
▲			▲
RELATNL	=		=
	≠		≠
	>		>
	<		<
	≥		≥
	≤		≤
:			:

Touche SHIFT MENU (SET UP)
Niveau 1	Niveau 2	Niveau 3	Commande
Dec			Dec
Hex			Hex
Bin			Bin
Oct			Oct

Touche SHIFT 5 (FORMAT)
Niveau 1	Niveau 2	Niveau 3	Commande
1:Black			Black_
2:Blue			Blue_
3:Red			Red_
4:Magenta			Magenta_
5:Green			Green_
6:Cyan			Cyan_
7:Yellow			Yellow_

	Niveau 3	Niveau 4	Commande
*1	Exp	ae^bx	Exp(ae^bx)
		ab^x	Exp(ab^x)
*2	MARK	□	Square
		※	Cross
		■	Dot
	STICK	Length	StickLength
		Horz	StickHoriz
	%DATA	%	%
		Data	Data
	None		None
	COLOR LINK	BothXY	ColorLinkX&Y
		X&Freq	ColorLinkX&Freq
		OnlyX	ColorLinkOnlyX
		OnlyY	ColorLinkOnlyY
		On	ColorLinkOn
		Off	ColorLinkOff
*3	X	ax+b	LinearReg(ax+b)
		a+bx	LinearReg(a+bx)
*4	EXP	ae^bx	ExpReg(a•e^bx)
		ab^x	ExpReg(a•b^x)
*5	NORM	Npd	NormPD(
		Ncd	NormCD(
		InvN	InvNormCD(
	t	tpd	tPD(
		tcd	tCD(
		Invt	InvTCD(
	CHI	Cpd	ChiPD(
		Ccd	ChiCD(
		InvC	InvChiCD(
	F	Fpd	FPD(
		Fcd	FCD(
		InvF	InvFCD(
	BINOMIAL	Bpd	BinomialPD(
		Bcd	BinomialCD(
		InvB	InvBinomialCD(
	POISSON	Ppd	PoissonPD(
		Pcd	PoissonCD(
		InvP	InvPoissonCD(
	GEO	Gpd	GeoPD(
		Gcd	GeoCD(
		InvG	InvGeoCD(
	HYPRGEO	Hpd	HypergeoPD(
		Hcd	HypergeoCD(
		InvH	InvHyperGeoCD(
*6	Z	1-Sample	OneSampleZTest_
		2-Sample	TwoSampleZTest_
		1-Prop	OnePropZTest_
		2-Prop	TwoPropZTest_
	t	1-Sample	OneSampleTTest_
		2-Sample	TwoSampleTTest_
		REG	LinRegTTest_
	CHI	GOF	ChiGOFTest_
		2WAY	ChiTest_
	F		TwoSampleFTest_
	ANOVA	1WAYANO	OneWayANOVA_
		2WAYANO	TwoWayANOVA_

Commande	Texte
7	7
8	8
9	9
:	:
;	;
<	<
=	=
>	>
?	?
@	@
A	A
B	B
C	C
D	D
E	E
F	F
G	G
H	H
I	I
J	J
K	K
L	L
M	M
N	N
O	O
P	P
Q	Q
R	R
S	S
T	T
U	U
V	V
W	W
X	X
Y	Y
Z	Z
[	[
\	¥
]	]
^	^^
-	-
'	`
a	a
b	b
c	c
d	d
e	e
f	f
g	g
h	h
i	i
j	j
k	k
l	l

Commande	Texte
m	m
n	n
o	o
p	p
q	q
r	r
s	s
t	t
u	u
v	v
w	w
x	x
y	y
z	z
{	{
|	|
}	}
~	~
Pol(	Pol(
sin□	sin□
cos□	cos□
tan□	tan□
h	&h
ln□	ln□
	Sqrt
-	(-)
P	nPr
+	+
xnor	xnor
^2	^<2>
□	dms
∫(	Integral(
Mod	Mod
Σx ^2	Sigmax^2
x	X
sin ^-1 □	sin^-1□
cos ^-1 □	cos^-1□
tan ^-1 □	tan^-1□
d	&d
log□	log□
^3	Cbrt
Abs□	Abs□
C	nCr
-	-
xor	xor
^-1	^<-1>
°	deg
Med	Med
Σx	Sigmax
Rec(	Rec(
sinh□	sinh□
cosh□	cosh□
tanh□	tanh□
o	&o
e^	e^
Int	Int
Not	Not
^	^
×	*
or	or
!	!
^r	rad
minY	minY
minX	minX
n	Statn
sinh^-1	sinh^-1
cosh^-1	cosh^-1
tanh^-1	tanh^-1
b	&b
^10	(10)
Frac	Frac
Neg	Neg
^x	Xrt
÷	/
and	and
	frac
^g	gra
maxY	maxY
maxX	maxX
y^2	Sigmay2
Ans	Ans
Ran#	Ran#
	x-bar
	y-bar
σx	sigmax
sx	Sx
σx	sigmay
sy	Sy
a	Regression_a
b	Regression_b
r	Regression_r
	x-hat
	y-hat
r
	Theta
y	Sigmay
	pi
Cls	Cls
Rnd	Rnd
Dec	&D
Hex	&H
Bin	&B
Oct	&O
	@D8
Norm	Norm
Deg	Deg
Rad	Rad
Gra	Gra
Eng	Eng

Commande	Texte
Intg□	Intg□
Σxy	Sigmaxy
Plot□	Plot□
Line	Line
Lbl□	Lbl□
Fix□	Fix□
Sci□	Sci□
Dsz□	Dsz□
Isz□	Isz□
Factor□	Factor□
ViewWindow□	ViewWindow□
Goto□	Goto□
Prog□	Prog□
Graph□Y=	Graph□Y=
Graph□∫	Graph□Integral
Graph□Y>	Graph□Y>
Graph□Y<	Graph□Y<
Graph□Y≥	Graph□Y>=
Graph□Y≤	Graph□Y<=
Graph□r=	Graph□r=
Graph(X,Y)=(	Graph(X,Y)=(
,	Para,
P(	ProbP(
Q(	ProbQ(
R(	ProbR(
t(	Probt(
Xmin	Xmin
Xmax	Xmax
Xscl	Xscl
Ymin	Ymin
Ymax	Ymax
Yscl	Yscl
Tθmin	TThetamin
Tθmax	TThetamax
Tθptch	TThetaptch
Xfct	Xfct
Yfct	Yfct
D□Start	D□Start
D□End	D□End
D□pitch	D□pitch
RightXmin	RightXmin
RightXmax	RightXmax
RightXscl	RightXscl
RightYmin	RightYmin
RightYmax	RightYmax
RightYscl	RightYscl
RightTθmin	RightTThetamin
RightTθmax	RightTThetamax
RightTθptch	RightTThetaptch
c	Regression_c
d	Regression_d
e	Regression_e
Max(	Max(
Det□	Det□
Arg□	Arg□

Commande	Texte
Conjg□	Conjg□
ReP□	ReP□
ImP□	ImP□
d/dx(	d/dx(
d^2/dx^2 (	d^2/dx^2 (
Solve(	Solve(
Σ(	Sigma(
FMin(	FMin(
FMax(	FMax(
Seq(	Seq(
Min(	Min(
Mean(	Mean(
Median(	Median(
SolveN(	SolveN(
Red□	Red□
Blue□	Blue□
Green□	Green□
MOD(	MOD(
MOD_Exp(	MOD_Exp(
GCD(	GCD(
LCM(	LCM(
StdDev(	StdDev(
Variance(	Variance(
Mat□	Mat□
Trn□	Trn□
*Row□	*Row□
*Row+□	*Row+□
Row+□	Row+□
Swap□	Swap□
Dim□	Dim□
Fill(	Fill(
Identity□	Identity□
Augment(	Augment(
List→Mat(	List->Mat(
Mat→List(	Mat->List(
Sum□	Sum□
Prod□	Prod□
Percent□	Percent□
Cuml□	Cuml□
i	Imaginary
List□	List□
ΔList□	Dlist□
∞	Infinity
∠	Angle
Ref□	Ref□
Rref□	Rref□
►	Conv
Sim□Coef	Sim□Coef
Ply□Coef	Ply□Coef
Sim□Result	Sim□Result
Ply□Result	Ply□Result
n	Financial□n
I%	Financial□I%
PV	Financial□PV
PMT	Financial□PMT
FV	Financial□FV
List1	List1
List2	List2
List3	List3
List4	List4
List5	List5
List6	List6
Q_1	Q1
Q_3	Q3
x_1	x1
y_1	y1
x_2	x2
y_2	y2
x_3	x3
y_3	y3
logab(	logab(
RndFix(	RndFix(
RanInt#(	RanInt#(
RanList#(	RanList#(
RanBin#(	RanBin#(
RanNorm#(	RanNorm#(
a_n	Sigmaan
b_n	Sigmabn
c_n	Sigmacn
Getkey	Getkey
F□Result	F□Result
F□Start	F□Start
F□End	F□End
F□pitch	F□pitch
R□Result	R□Result
R□Start	R□Start
R□End	R□End
H□Start	H□Start
H□pitch	H□pitch
▶Simp□	>Simp
a_n	an□
a_n+1	an+1
a_n+2	an+2
n	Subscriptn
a^0	a0
a^1	a1
a^2	a2
b_n	bn□
b_n+1	bn+1
b_n+2	bn+2
b^0	b0
b^1	b1
b^2	b2
a_nStart	anStart
b_nStart	bnStart
□And□	□And□
□Or□	□Or□
Not□	□Not□
□Xor□	□Xor□
a_n+1	Sigmaan+1
b_n+1	Sigmabn+1

Commande	Texte
c_n+^1	Sigmacn+1
a_n+^2	Sigmaan+2
b_n+^2	Sigmabn+2
c_n+^2	Sigmacn+2
Int÷	Int/
Rmdr	Rmdr
Fa	Fa
n1	n1
n2	n2
1	x-bar1
2	x-bar2
sx1	sx1
sx2	sx2
sp	Sxp
	p-hat
1	p-hat1
2	p-hat2
Lower	Lower
Upper	Upper
P/Y	P/Year
C/Y	C/Year
Fb	Fb
F	F-Value
z	z-Value
p	p-Value
t	t-Value
se	se
^2	x^2
r^2	r^2
Adf	Adf
Edf	Edf
df	df
SSa	SSa
MSa	MSa
SSe	SSe
MSe	MSe
Fab	Fab
Bdf	Bdf
ABdf	ABdf
pa	pa
pb	pb
pab	pab
CellSum(	CellSum(
CellProd(	CellProd(
CellMin(	CellMin(
CellMax(	CellMax(
CellMean(	CellMean(
CellMedian(	CellMedian(
CellIf(	CellIf(
Y	GraphY
r	Graphr
Xt	GraphXt
Yt	GraphYt
X	GraphX
SSb	SSb

Commande	Texte
SSab	SSab
MSb	MSb
MSab	MSab
[ns]	[ns]
[μs]	[micros]
[ms]	[ms]
[s]	[s]
[min]	[min]
[h]	[h]
[day]	[day]
[week]	[week]
[yr]	[yr]
[s-yr]	[s-yr]
[t-yr]	[t-yr]
[°C]	[Centigrade]
[K]	[Kel]
[°F]	[Fahrenheit]
[°R]	[Rankine]
[u]	[u]
[g]	[g]
[kg]	[kg]
[lb]	[lb]
[oz]	[oz]
[slug]	[slug]
[ton(short)]	[ton(short)]
[ton(long)]	[ton(long)]
[mton]	[mton]
[l-atm]	[l-atm]
[ft·lbf]	[ftlbf]
[calIT]	[callT]
[calth]	[calth]
[Btu]	[Btu]
[kW·h]	[kWh]
[kgf·m]	[kgfm]
[Pa]	[Pa]
[kPa]	[kPa]
[bar]	[bar]
[mmH2O]	[mmH2O]
[mmHg]	[mmHg]
[inH2O]	[inH2O]
[inHg]	[inHg]
[lbf/in2]	[lbf/in^2]
[kgf/cm2]	[kgf/cm^2]
[atm]	[atm]
[dyne]	[dyne]
[N]	[New]
[kgf]	[kgf]
[lbf]	[lbf]
[tonf]	[tonf]
[fm]	[fm]
[mm]	[mm]
[cm]	[cm]
[m]	[m]
[km]	[km]
[Mil]	[Mil]
[in]	[in]
[ft]	[ft]
[yd]	[yd]
[fath]	[fath]
[rd]	[rd]
[mile]	[mile]
[n□mile]	[n_mile]
[acre]	[acre]
[ha]	[ha]
[cm^2]	[cm^2]
[m^2]	[m^2]
[km^2]	[km^2]
[in^2]	[in^2]
[ft^2]	[ft^2]
[yd^2]	[yd^2]
[mile^2]	[mile^2]
[m/s]	[m/s]
[km/h]	[km/h]
[ft/s]	[ft/s]
[mile/h]	[mile/h]
[knot]	[knot]
[mL]	[mL]
[L]	[Lit]
[tsp]	[tsp]
[cm^3]	[cm^3]
[m^3]	[m^3]
[tbsp]	[tbsp]
[in^3]	[in^3]
[ft^3]	[ft^3]
[fl_oz(UK)]	[fl_oz(UK)]
[fl_oz(US)]	[fl_oz(US)]
[cup]	[cup]
[pt]	[pt]
[qt]	[qt]
[gal(US)]	[gal(US)]
[gal(UK)]	[gal(UK)]
[ m]	[microm]
[mg]	[mg]
[A]	[Ang]
[AU]	[AstU]
[l.y.]	[l.y.]
[pc]	[pc]
[ft·lbf/s]	[ftlbf/s]
[calth/s]	[calth/s]
[hp]	[hp]
[Btu/min]	[Btu/min]
[W]	[Wat]
[eV]	[eV]
[erg]	[erg]
[J]	[Jou]
[cal_15]	[cal15]
[kcal_15]	[kcal15]
[kcalth]	[kcalth]
[kcalIT]	[kcallIT]
If□	If□
Then□	Then□
Else□	Else□

Commande	Texte
IfEnd	IfEnd
For☐	For☐
☐To☐	☐To☐
☐Step☐	☐Step☐
Next	Next
While☐	While☐
WhileEnd	WhileEnd
Do	Do
LpWhile☐	LpWhile☐
Return	Return
Break	Break
Stop	Stop
Locate☐	Locate☐
Send(	Send(
Receive(	Receive(
OpenComport38k	OpenComport38k
CloseComport38k	CloseComport38k
Send38k☐	Send38k☐
Recieve38k☐	Recieve38k☐
ClrText	ClrText
ClrGraph	ClrGraph
ClrList☐	ClrList
LinearReg(a+bx)☐	LinearReg(a+bx)☐
S-L-Normal	S-L-Normal
S-L-Thick	S-L-Thick
S-L-Broken	S-L-Broken
S-L-Dot	S-L-Dot
DrawGraph	DrawGraph
PlotPhase☐	PlotPhase☐
DrawDyna	DrawDyna
DrawStat	DrawStat
DrawFTG-Con	DrawFTG-Con
DrawFTG-Plt	DrawFTG-Plt
DrawR-Con	DrawR-Con
DrawR-Plt	DrawR-Plt
DrawRΣ-Con	DrawRSigma-Con
DrawRΣ-Plt	DrawRSigma-Plt
DrawWeb☐	DrawWeb☐
NormalG☐	NormalG☐
ThickG☐	ThickG☐
BrokenThickG☐	BrokenThickG☐
DispF-Tbl	DispF-Tbl
DispR-Tbl	DispR-Tbl
SimplifyAuto	SimplifyAuto
SimplifyMan	SimplifyMan
NPPlot	NPPlot
Sinusoidal	Sinusoidal
SinReg☐	SinReg☐
Logistic	Logistic
LogisticReg☐	LogisticReg☐
Pie	Pie
Bar	Bar
DotG☐	DotG
1-Variable☐	1-Variable☐
2-Variable☐	2-Variable☐

Commande	Texte
LinearReg(ax+b)□	LinearReg(ax+b)□
Med-MedLine□	Med-MedLine□
QuadReg□	QuadReg□
CubicReg□	CubicReg□
QuartReg□	QuartReg□
LogReg□	LogReg□
ExpReg(a·e^bx)□	ExpReg(ae^bx)□
PowerReg□	PowerReg□
S-Gph1□	S-Gph1□
S-Gph2□	S-Gph2□
S-Gph3□	S-Gph3□
Square	Square
Cross	Cross
Dot	Dot
Scatter	Scatter
xyLine	xyLine
Hist	Hist
MedBox	MedBox
N-Dist	N-Dist
Broken	Broken
Linear	Linear
Med-Med	Med-Med
Quad	Quad
Cubic	Cubic
Quart	Quart
Log	Log
Exp(a·e^bx)	Exp(ae^bx)
Power	Power
ExpReg(a·b^x)□	ExpReg(ab^x)□
S-WindAuto	S-WindAuto
S-WindMan	S-WindMan
Graph□X=	Graph□X=
Y=Type	Y=Type
r=Type	r=Type
ParamType	ParamType
X=Type	X=Type
X>Type	X>Type
XXTypeTypeYType	X>Type
YYTypeType	Y>Type
YYTypeTypeY>=Type	Y>Type
Y≤Type	Y<=Type
X≥Type	X>=Type
X≤Type	X<=Type
G-Connect	G-Connect
G-Plot	G-Plot
Resid-None	Resid-None
Resid-List□	Resid-List□
BG-None	BG-None
BG-Pict□	BG-Pict□
GridOff	GridOff
GridLine	GridLine
GridOn	GridOn
Exp(a·b^x)	Exp(a^bx)
D□Var□	D□Var□
Q1Q3TypeStd	Q1Q3TypeStd
VarRange	VarRange
Q1Q3TypeOnData	Q1Q3TypeOnData
SketchNormal□	SketchNormal□
SketchThick□	SketchThick□
SketchBroken□	SketchBroken□
SketchDot□	SketchDot□
anType	anType
an+1Type	an+1Type
an+2Type	an+2Type
StoPict□	StoPict□
RclPict□	RclPict□
StoGMEM□	StoGMEM□
RclGMEM□	RclGMEM□
StoV-Win□	StoV-Win□
RclV-Win□	RclV-Win□
%	Display%
Data	DisplayData
Menu□	Menu□
RclCapt□	RclCapt
Tangent□	Tangent□
Normal□	Normal□
Inverse□	Inverse□
Vertical□	Vertical□
Horizontal□	Horizontal□
Text□	Text□
Circle□	Circle□
F-Line□	F-Line□
PlotOn□	PlotOn□
PlotOff□	PlotOff□
PlotChg□	PlotChg□
PxlOn□	PxlOn□
PxlOff□	PxlOff□
PxlChg□	PxlChg□
PxlTest(	PxlTest(
SortA(	SortA(
SortD(	SortD(
VarList1	VarList1
VarList2	VarList2
VarList3	VarList3
VarList4	VarList4
VarList5	VarList5
VarList6	VarList6
File1	File1
File2	File2
File3	File3
File4	File4
File5	File5
File6	File6
Y=DrawSpeedNorm	Y=DrawSpeedNorm
Y=DrawSpeedHigh	Y=DrawSpeedHigh
FuncOn	FuncOn
SimulOn	SimulOn
AxesOn	AxesOn
CoordOn	CoordOn

Commande	Texte
LabelOn	LabelOn
DerivOn	DerivOn
LocusOn	LocusOn
ΣdispOn	SigmadispOn
G□SelOn□	G□SelOn□
T□SelOn□	T□SelOn□
D□SelOn□	D□SelOn□
R□SelOn□	R□SelOn□
DrawOn	DrawOn
ab/c	ab/c
d/c	d/c
FuncOff	FuncOff
SimulOff	SimulOff
AxesOff	AxesOff
CoordOff	CoordOff
LabelOff	LabelOff
DerivOff	DerivOff
LocusOff	LocusOff
ΣdispOff	SigmadispOff
G□SelOff□	G□SelOff□
T□SelOff□	T□SelOff□
D□SelOff□	D□SelOff□
R□SelOff□	R□SelOff□
DrawOff	DrawOff
►Dec	>&D
►Hex	>&H
►Bin	>&B
►Oct	>&O
►DMS	>DMS
►a+bi	>a+bi
►r∠θ	>re^Theta
Real	Real
a+bi	a+bi
r∠θ	re^Theta
EngOn	EngOn
EngOff	EngOff
Sel□a0	Sel□a0
Sel□a1	Sel□a1
Cn	cn□
Cn+1	cn+1
Cn+2	cn+2
C0	c0
C1	c1
C2	c2
CnStart	CnStart
IneqTypeIntsect	IneqTypeIntsect
fn	fn
File□	File□
VarCharList□	VarCharList□
ClrMat□	ClrMat□
ZoomAuto	ZoomAuto
Xdot	Xdot
RightXdot	R-Xdot
DrawDistNorm□	DrawDistNorm□
DrawDistT□	DrawDistT□

Commande	Texte
DrawDistChi□	DrawDistChi□
DrawDistF□	DrawDistF□
None	None
StickLength	StickLength
StickHoriz	StickHoriz
IneqTypeUnion	IneqTypeUnion
Graph□X>	Graph□X>
Graph□X<	Graph□X<
Graph□X≥	Graph□X>=
Graph□X≤	Graph□X<=
StrJoin(	StrJoin(
StrLen(	StrLen(
StrCmp(	StrCmp(
StrSrc(	StrSrc(
StrLeft(	StrLeft(
StrRight(	StrRight(
StrMid(	StrMid(
Exp►Str(	Exp>Str(
Exp(	Exp(
StrUpr(	StrUpr(
StrLwr(	StrLwr(
StrInv(	StrInv(
StrShift(	StrShift(
StrRotate(	StrRotate(
Str□	Str□
ColorAuto□	ColorAuto□
ColorLighter□	ColorLighter□
ColorLinkX&Y	ColorLinkX&Y
ColorLinkOnlyX	ColorLinkOnlyX
ColorLinkOnlyY	ColorLinkOnlyY
ColorLinkOn	ColorLinkOn
ColorLinkOff	ColorLinkOff
ColorNormal□	ColorNormal□
ERROR	ERROR
BLANK	BLANK
ColorClr□	ColorClr□
ColorLinkX&Freq	ColorLinkX&Freq
NormPD(	NormPD(
NormCD(	NormCD(
InvNormCD(	InvNormCD(
tPD(	tPD(
tCD(	tCD(
InvTCD(	InvTCD(
ChiPD(	ChiPD(
ChiCD(	ChiCD(
InvChiCD(	InvChiCD(
FPD(	FPD(
FCD(	FCD(
InvFCD(	InvFCD(
BinomialPD(	BinomialPD(
BinomialCD(	BinomialCD(
InvBinomialCD(	InvBinomialCD(
PoissonPD(	PoissonPD(
PoissonCD(	PoissonCD(
InvPoissonCD(	InvPoissonCD(
GeoPD(	GeoPD(
GeoCD(	GeoCD(
InvGeoCD(	InvGeoCD(
HypergeoPD(	HypergeoPD(
HypergeoCD(	HypergeoCD(
InvHypergeoCD(	InvHypergeoCD(
SetG-Color□	SetG-Color□
Plot/Line-Color□	Plot/Line-Color□
AxesScale	AxesScale
Black□	Black□
Magenta□	Magenta□
Cyan□	Cyan□
Yellow□	Yellow□
Smpl_SI(	Smpl_SI(
Smpl_SFV(	Smpl_SFV(
Cmpd_n(	Cmpd_n(
Cmpd_I%(	Cmpd_I%(
Cmpd_PV(	Cmpd_PV(
Cmpd_PMT(	Cmpd_PMT(
Cmpd_FV(	Cmpd_FV(
Cash_NPV(	Cash_NPV(
Cash_IRR(	Cash_IRR(
Cash_PBP(	Cash_PBP(
Cash_NFV(	Cash_NFV(
Amt_BAL(	Amt_BAL(
Amt_INT(	Amt_INT(
Amt_PRN(	Amt_PRN(
Amt_ΣINT(	Amt_SigmaINT(
Amt_ΣPRN(	Amt_SigmaPRN(
Cnvt_EFF(	Cnvt_EFF(
Cnvt_APR(	Cnvt_APR(
Cost(	Cost(
Sell(	Sell(
Margin(	Margin(
PmtEnd	PmtEnd
PmtBgn	PmtBgn
Bond_PRC(	Bond_PRC(
Bond_YLD(	Bond_YLD(
DateMode365	DateMode365
DateMode360	DateMode360
PeriodsAnnual	PeriodsAnnual
PeriodsSemi	PeriodsSemi
Days_Prd(	Days_Prd(
OneSampleZTest□	OneSampleZTest□
TwoSampleZTest□	TwoSampleZTest□
OnePropZTest□	OnePropZTest□
TwoPropZTest□	TwoPropZTest□
OneSampleTTest□	OneSampleTTest□
TwoSampleTTest□	TwoSampleTTest□
LinRegTTest□	LinRegTTest□
ChiGOFTest□	ChiGOFTest□
ChiTest□	ChiTest□
TwoSampleFTest□	TwoSampleFTest□
OneWayANOVA□	OneWayANOVA□
TwoWayANOVA□	TwoWayANOVA□
x1InvN	x1InvN
x2InvN	x2InvN

Commande	Texte
xInv	xInv
SketchThin□	SketchThin□
S-L-Thin	S-L-Thin
ThinG□	ThinG□
zLow	zLow
zUp	zUp
tLow	tLow
tUp	tUp

SHIFT 8 (CLIP) ▶ ▼ ▼ ▼ ▼