Graph paper works wonders for calculations and understanding concepts

Although there is no instant fix for dyscalculia, there is an instant fix to maximize the credits for the math you can do! Using graph paper (quad paper, quadrille paper) will help you both with calculations and understanding.

Making your own drawing to represent the question makes it more fun and clarifies all types of math work!

Initially using graph paper might take a few minutes more, but it will save you time in the long run as well as increase your grade.

Starting in KG

Having a square to write in will make learning to form the numerals easier. KinderGartners and 1st graders need the bigger squares and leave an empty square between each numeral to prevent they ‘bleed into each other’.

Elementary

Depending upon **hand writing skills** and the progress in math, somewhat smaller size squares will come in handy now.

Using graph paper makes it quick and easy to draw your own **number-line** and to show your additions and subtractions. It can also easily illustrate multiplication as repeated addition and division as repeated subtraction. Extending the number-line to the left from zero later explains **negative numbers**.

Using the sides of the squares as a guide for drawing will enable you to easily **visualize and** **compare areas and circumferences** and help you solve problems about area and circumference.

Writing each numeral in it’s own square will help you to **keep multiplications and long divisions aligned**, so you do not mix up your units, tens, and hundreds, etc.

The grid will help you find lines of **symmetry**, complete symmetry drawings (like our free download activity) and make artistic patterns. When you cut out shapes or fold and cut the sides of a large square to make a star or snowflake, the printed squares will help you make strait cuts or folds. These activities are enhancing your **visuo-spatial abilities**, one of the components that contribute to becoming a mathematician.

Middle and High school

Together with switching from wide ruled to college ruled paper you will now probably go for the small squares, allowing for more **complex calculations and geometric shapes**.

In algebra it will keep those little devilish minuses and other **small math signs** like powers etc. securely locked in your equations.

When you **use the grid** to draw a few points using an x and y axis on graph paper it is much easier to immediately ‘see’ the whole** line**, the **slope**, and the **x and y intercepts**.

D**rawing your own graph** *before* using your graphic calculator engages the brain more and forms a stronger memory than only looking at a ready made textbook or calculator graph.

Using a **ready X and Y axis** fitting the grid and using **coordinates** to add points to the grid is a great way of understanding** how the equations of lines, parabolas, circles and ovals relate to their shape. **

**Translations, rotations, and glides** are easily visualized as well as **vectors**.

Dysgraphia

Just getting into the habit of using a separate square for each numeral or sign will land you those extra points you deserve in algebra, in particular when you also have dysgraphia.

Do not back off because using graph paper in class or for homework means you need to copy the question on your paper before starting to solve it. The copying (or errors in it) shows your teacher or parent that you have (or have not) read the question correctly.

In a nutshell

Graph paper can be used in multiple ways, such as for many arithmetic, measurement, algebraic, geometric, and recreational math purposes. It is also beneficial to students without Math problems so it should be dubbed ‘Math paper’.