Michael Mumford, Associate Professor, Mathematics
Office: E-11J, 760-744-1150 ext 2538
Email: mathmumford@cox.net
Links: Mike Mumford's Homepage, Palomar, Math Department

All files are in .pdf format and require Adobe's Acrobat Reader to view and print. You may need to print with a high quality print setting. Apple users may find that Adobe's Acrobat Reader yields better printouts than Apple's Previewer.

 

You must show your work. When graphs are required do the following:

  1. Cut and paste these grids into your homework next to the work for that problem.
  2. Use a ruler for all straight lines and axes.
  3. Label (i.e. “x” and “y”) and scale (i.e. number) all axes.
  4. Show your work next to the graph. That is, do not put your work on one page and the graph on another page.
 
 

Four-Quadrant Grids: These grids are good for graphing most non-application equations in Math 50, Math 56 and Math 60.

Scale on x & y is -10 to 10 (smaller grids, shown, 12 per page)
Scale on x & y is -10 to 10 (smaller w/blue gridlines, 12 per page)
Scale on x & y is -10 to 10 (larger grids, shown, 6 per page)
Scale on x & y is -10 to 10 (larger w/blue gridlines, 6 per page)
Scale on x & y is -8 to 8 (6 per page)
Scale on x & y is -15 to 15
20 gidlines in the x and y direction . Scale the axes.
30 gidlines in the x and y direction . Scale the axes.

 
 

Quadrant 1 Grids: These quadrant 1 grids are suitable for most of the Math 56, Math 60 and Math 120 application problems and scattergrams. Label and scale the axes.

30 units horizontal & 20 units vertical (shown, 8 per page)
15 units horizontal & 10 units vertical (18 per page)
20 units horizontal & 15 units vertical (15 per page)
30 units horizontal & 15 units vertical (3 per page, larger size)

 
 

Full Page Graph Paper : This is a full page of graph paper with black grid lines (or blue grid lines). Remember to draw, label and scale all axes. This page is the closest to store bought graph paper - it is definitely not as good as graph paper purchased in a pad, but it will do in a pinch.

 
   
  © Produced by Michael Mumford, Department of Mathematics, Palomar College 2007. All rights reserved.