20060301
14-5-2
Drawing
f
(
x
) Type Function Graphs and Parametric Function Graphs
Drawing a Parametric Function Graph
Example:
To graph {
xt
= 3sin(
t
) + 1,
yt
= 3cos(
t
) + 1} and {
xt
= sin(
t
) − 1,
yt
= cos(
t
) − 1}
(Angle Unit Setting: radian, 0
t
2
P
)
S
Cla
ss
Pad Operation
(1) Tap the [Graphs] tab to display the general graph editor.
(2) Confirm that “Rad” is displayed as the angle unit setting on the left side of the status
bar. If it isn’t, tap the angle setting until “Rad” is displayed.
• For details about the information that appears in the status bar, see “Differential
Equation Graph Application Status Bar” on page 14-1-8.
(3) Tap [Type] - [Parametric] or the
G
toolbar button.
(4) Input the expression for each graph, and (0
t
2
P
) for the range of
t
.
B
3
Q
:
@
U
B
A
:
@
U
?
U
A
U
Q
:
@
U
A
:
@
U
?
U
A
U
(5)
Tap
to draw the graph.
• To adjust the graph window, tap [Zoom] and then
[Quick Initialize].
Summary of Contents for ClassPad 330
Page 11: ...20060301 20090601 ClassPad 330 ClassPad OS Version 3 04 ...
Page 277: ...20060301 3 3 10 Storing Functions 3 Tap AND Plot OR Plot ...
Page 779: ...20090601 S Graph Line Clustered C S Graph Line Stacked E 13 9 2 Graphing ...
Page 780: ...20090601 S Graph Line 100 Stacked F S Graph Column Clustered G 13 9 3 Graphing ...
Page 781: ...20090601 S Graph Column Stacked I S Graph Column 100 Stacked J 13 9 4 Graphing ...
Page 782: ...20090601 S Graph Bar Clustered K S Graph Bar Stacked 9 13 9 5 Graphing ...
