Texas Instruments NS/CLM/1L1/B User Guide - Page 90

Creating and manipulating axes, When using Plane Geometry mode with Show Analytic Window

Page 90 highlights

Feature Uses Behavior Graph Area • Define and graph functions to: - Graph functions of the form f (x) - Create scatter plots - Graph polar equations - Graph parametric functions • Construct analytic objects • Label equations • Identify coordinates for discrete points Analytic constructions must remain in the analytic area. Plane Geometry Area • Construct Euclidean objects • Create transformations • Determine measurements (e.g., length, angle, area) Geometric constructions can be moved into the analytic area but remain geometric in nature. Creating and manipulating axes When the Graphs & Geometry application is first added to a page, a set of Cartesian axes displays by default. You can change the appearance of your axes in the following ways: 1. Adjust the length of the axes: • When using Plane Geometry mode with Show Analytic Window, - Select an axis and retype the domain or range labels. - Select an axis and drag to increase or decrease the numbers on the scale and tic mark spacing. The aspect ratio of the axes is retained. To modify the scale of only one axis, press the Shift key as you adjust the value or drag the line. 82 Using Graphs & Geometry

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82
Using Graphs & Geometry
Creating and manipulating axes
When the Graphs & Geometry application is first added to a page, a set
of Cartesian axes displays by default.
You can change the appearance of your axes in the following ways:
1.
Adjust the length of the axes:
When using Plane Geometry mode with Show Analytic Window,
Select an axis and retype the domain or range labels.
Select an axis and drag to increase or decrease the numbers
on the scale and tic mark spacing.
The aspect ratio of the axes is retained. To modify the scale of only
one axis, press the Shift key as you adjust the value or drag the line.
Uses
Define and graph
functions to:
Graph
functions of
the form f (x)
Create scatter
plots
Graph polar
equations
Graph
parametric
functions
Construct analytic
objects
Label equations
Identify coordinates
for discrete points
Construct Euclidean
objects
• Create
transformations
• Determine
measurements (e.g.,
length, angle, area)
Behavior
Analytic constructions
must remain in the
analytic area.
Geometric
constructions can be
moved into the analytic
area but remain
geometric in nature.
Feature
Graph Area
Plane Geometry Area