Instructions

Create and Print **Semi-Log** Grid Paper Sheets and Overhead Slides.

The distinguishing characteristics for **Semi-Log Grid Paper** is that the grid along one of the axes is linear and the grid along the other axis is logarithmic. There are choices of having the logarithmic grid run along the Vertical or Horizontal Axes. For the linear grid, chooses are the same that you had for linear grid graphing sheets, and in addition to those choices, the logarithmic axis has three additional option sets to choose from. Choose from 1 to 12 __cycles__, logarithmic __bases__ from 2 to 16, and the __direction__ of the logarithmic grid. The most common base choice is base 10 for such thing as sound volume, the hardness of materials, the strength of an earth quake, etc. The __direction__ can be chosen to run along the **Y**, vertical, axis, or along the **X**, horizontal, axis. The linear grid will run along the remaining axis.

For help see step by step **Instructions Below** or click here for a Grid Paper Overview

The distinguishing characteristics for **Semi-Log Grid Paper** is that the grid along one of the axes is linear and the grid along the other axis is logarithmic. There are choices of having the logarithmic grid run along the Vertical or Horizontal Axes. For the linear grid, choices are the same as for linear grid Grid Paper, and in addition to those choices, the logarithmic axis has three additional option sets to choose from. Choose from 1 to 12 __cycles__, logarithmic __bases__ from 2 to 16, and the __direction__ of the logarithmic grid. The most common base choice is base 10 for such thing as sound volume, the hardness of materials, the strength of an earth quake, etc. The __direction__ can be chosen to run along the **Y**, vertical, axis, or along the **X**, horizontal, axis. The linear grid will run along the remaining axis.

For help see step by step **Instructions** by clicking here for a Grid Paper Overview