Casio CFX-9850GC PLUS Manuel de calcul - Page 8

Parcourez en ligne ou téléchargez le pdf Manuel de calcul pour {nom_de_la_catégorie} Casio CFX-9850GC PLUS. Casio CFX-9850GC PLUS 15 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 (12 pages), Manuel graphique (10 pages), Manuel de calcul (13 pages), Manuel de calcul (18 pages), Manuel sur les nombres complexes (6 pages), Manuel de calcul (6 pages), Manuel de calcul (20 pages)

Imprimer la page
Casio CFX-9850GC PLUS Manuel de calcul

3-4 Integration Calculations

To perform integration calculations, first display the function analysis menu and
then input the values in one of the formulas shown below.
Gauss-Kronrod Rule
Simpson's Rule
As shown in the illustration above, integration calculations are performed by
calculating integral values from
f (x) > 0
illustration.
k Changing Integration Calculation Methods
This calculator can use either Gauss-Kronrod Rule or Simpson's Rule to perform
P.6
integration calculations. To select a method, display the set up screen and select
either "Gaus" (for Gauss-Kronrod Rule) or "Simp" (for Simpson's Rule) for the
Integration item.
All of the explanations in this manual use Gauss-Kronrod Rule.
60
4( dx) f(x) ,
f(x), a,
,
b
tol)
4( dx) f(x) ,
f(x), a, b, n)
*. This in effect calculates the surface area of the shaded area in the
f (x) < 0
a
* When
on
values (surface area below the
a
,
b
,
tol
)
Tolerance
End point
Start point
b
f(x)dx
a
Area of
a
,
b
,
n
)
Number of divisions (value for
n
End point
Start point
b
n
f(x)dx, N = 2
a
a
b
to
for the function
<
x
<
b
, the surface area calculation produces negative
x
-axis).
[OPTN]-[CALC]-[ dx]
b
f(x)dx
is calculated
a
is an integer from 1 through 9)
y = f (x)
where
n
n
in N = 2
,
<
<
a
x
b
, and