5 including classpad functions in programs, Including classpad functions in programs – Casio ClassPad II fx-CP400 User Manual
Page 218
Chapter 12: Program Application
218
12-5
Including ClassPad Functions in Programs
This section provides actual examples that use graph drawing, statistical calculations and other ClassPad
functions.
Including Graphing Functions in a Program
1201
To
register
y
> sin(
x
) as Graph Editor
y
1, and
y
< –
x
/12 as Graph Editor
y
2 and then draw the inequality
graph for the two expressions. On the resulting graph, only areas where the conditions of all of the
graphed inequalities are satisfied will be filled in.
1202
To graph (
x
– A)
2
/3
2
+ (
y
– B)
2
/4
2
. Make A and B the parameter variables and specify A=1 and B=2
when the program is run.
Including Table & Graph Functions in a Program
1203
To
register
y
= 3
x
2
– 2 as Graph Editor
y
1 and then generate a number table based on the following:
x
start value: 0, end value: 6, step value: 1. Next, use the number table to display a connect type graph.
Including Recursion Table and Recursion Graph Functions in a Program
1204
To register the recursion formula
a
n
+1
= –3 ×
a
n
2
+ 2
×
a
n
,
a
0
= 0.01 on the Sequence Editor window
and then generate a number table based on the following:
n
start value: 1, end value: 6. Next, use the
number table to display a connect type graph.
Including Statistical Graphing and Calculation Functions in a Program
1205
To input {0.5,1.2,2.4,4,5.2} for list1 and {–2.1,0.3,1.5,2,2.4} for list2, and then plot a scatter plot
1206
To graph the logarithmic regression of the list1 and list2 data in Example
1205
1207
To graph the sinusoidal regression of the list1 and list2 data in Example
1205
1208
To plot the scatter plot of the list1 and list2 data in Example
1205
. Next, use the list1 and list2 data to
calculate logarithmic regression and then display the calculation results and regression graph on the
same screen.
1209
To execute the One-Way ANOVA test program in Example
0706
(page 142)
1210
To execute the Two-Way ANOVA test program in Example
0707
(page 143)
1211
To
specify
ƫ
≠ 0,
Ʊ
= 3 for
n
(sample size) = 48,
o (sample mean) = 24.5 data and perform a 1-Sample
Z
Test
Including Financial Calculation Functions in a Program
1212
To calculate the number of days from July 4, 1976 to another specified date. Calculate based on a 365-
day year.
1213
To execute the bond calculation program in Example
1108
(page 182)