Question about Texas Instruments TI-83 Plus Calculator

I am supposed to change the x-axis units to multiples of pi/2 with the axis labeled in terms of pi.

From Microsoft:

http://office.microsoft.com/en-us/excel-help/change-axis-labels-in-a-chart-HA102809320.aspx

http://office.microsoft.com/en-us/excel-help/change-axis-labels-in-a-chart-HA102809320.aspx

Jul 15, 2014 | Microsoft Excel Computers & Internet

The **xmin** and** xmax** values are the left and right endpoints (respectively) for the x-axis. In window settings type - pi and + pi for your request. At fist type diamond button and then F2 to get window menu

Mar 22, 2014 | Texas Instruments TI-89 Calculator

check in your configuration that you are not in multiple label mode.

Use single buffer mode

Use single buffer mode

Aug 15, 2011 | Datamax Office Equipment & Supplies

This may be due to driver configuration.

else try modifiy the print mode (Single buffer or multiple labels) in printer configuration

else try modifiy the print mode (Single buffer or multiple labels) in printer configuration

Aug 11, 2011 | Datamax M-4208 Thermal Label Printer

check your label size!

Do a sensor callibration.

Don't forget to program the label to label distance.

Do a sensor callibration.

Don't forget to program the label to label distance.

Oct 07, 2010 | Toshiba TEC B-572 Printer

Coil packs are labeled or aren't labeled? Firing order is 1-6-5-4-3-2

May 15, 2010 | 1996 Pontiac Firebird

Hello,

That habit of TI, Casio, and Sharp to label the inverse trigonometric functions with the -1 superscript can cause confusions.

Hope it helps

That habit of TI, Casio, and Sharp to label the inverse trigonometric functions with the -1 superscript can cause confusions.

- The inverse trigonometric functions arcosine, arcsine, and arctangent (labeled by manufacturers as cos^-1, sin^-1, and tan^-1) should not be confused with the other trigonometric functions known as secant(x) =1/cos(x), cosecant(x)=1/sin(x) and cotangent(x) = 1/tan(x).
- To avoid errors in the use of the inverse trigonometric functions, one must be careful and set the angle unit to the one required by the problem at hand (degrees, or radians)
- To make the trigonometric functions really functions, their range is restricted.
- In this calculator arcosine (x) gives results between 0 and 180 degrees (if angle MODE is Degree) or between 0 and Pi radians (if angle MODE is Radian).
- The range of results for arcsine(x) and arctangent(x) is between -90 degrees and +90 degrees (if angle MODE Degree) or -Pi/2 and Pi/2 (if angle MODE is Radian)

Hope it helps

Nov 06, 2009 | Texas Instruments TI-83 Plus Calculator

So:

X >= 60

Y >= 50

Z >= 40

Take 51 sheets of "graph-paper" (1+200 minus 60 minus 50 minus 40).

On the first sheet of paper, label the graph-title as 'Z=40'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-40))

to (Y=50 and X=(200-50-40)).

On the second sheet of paper, label the graph-title as 'Z=41'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-41))

to (Y=50 and X=(200-50-41)).

On the next sheet of paper, label the graph-title as 'Z=42'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-42))

to (Y=50 and X=(200-50-42)).

On the second sheet of paper, label the graph-title as 'Z=43'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-43))

to (Y=50 and X=(200-50-43).

Keep going for all 51 sheets of graph-paper.

Stack the 51 sheets on top of each other,

to visualize the "3-D" solution to the problem.

P.S. Don't tell your school-teacher that I helped you do your "homework".

X >= 60

Y >= 50

Z >= 40

Take 51 sheets of "graph-paper" (1+200 minus 60 minus 50 minus 40).

On the first sheet of paper, label the graph-title as 'Z=40'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-40))

to (Y=50 and X=(200-50-40)).

On the second sheet of paper, label the graph-title as 'Z=41'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-41))

to (Y=50 and X=(200-50-41)).

On the next sheet of paper, label the graph-title as 'Z=42'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-42))

to (Y=50 and X=(200-50-42)).

On the second sheet of paper, label the graph-title as 'Z=43'.

Label the X-axis from 60 to 200.

Label the Y-axis from 50 to 200.

Draw a straight line from (X=60 and Y=(200-60-43))

to (Y=50 and X=(200-50-43).

Keep going for all 51 sheets of graph-paper.

Stack the 51 sheets on top of each other,

to visualize the "3-D" solution to the problem.

P.S. Don't tell your school-teacher that I helped you do your "homework".

Nov 04, 2009 | Microsoft Computers & Internet

check the size of the labels in your software

Jan 28, 2009 | Intermec EasyCoder 3400e Thermal Label...

i have the same problem , but my printer is ZEBRA S4M ZPL

my solution is:

in your barcode software: change printer settings: 1 and 2

1 . in media setting : change media type --> Thermal transfer

2. in documents options , configuration --> use printer settings

by Lin Yu Hsien

my solution is:

in your barcode software: change printer settings: 1 and 2

1 . in media setting : change media type --> Thermal transfer

2. in documents options , configuration --> use printer settings

by Lin Yu Hsien

Oct 15, 2008 | Zebra Z4Mplus Label Printer

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