LB-MathNotes

Amaze your students (or bug the daylights out of them!) with your Math Magic! This packet contains 7 math tricks.... and sometimes the magician knows your answer before you even do a calculation! Doing the trick is fun, but figuring out why it works is a fun math adventure!! Each trick comes with instructions and examples of how to do the trick along with a mathematical explanation of why it works.

Amaze your students (or bug the daylights out of them!) with your Math Magic! This packet contains 6 math tricks using calendars, clocks, cards and some sneaky multiplying tricks! Doing the trick is fun, but figuring out why it works is a fun math adventure!! Each trick comes with instructions and examples of how to do the trick along with a mathematical explanation of why it works.

Amaze your students (or bug the daylights out of them!) with your Math Magic! This bundle contains 17 math tricks using divibility by 9, calendars, clocks, cards and some sneaky multiplying tricks! The magician can predict answers before a calculation is made. Doing the trick is fun, but figuring out why it works is a fun math adventure!! Each trick comes with instructions and examples of how to do the trick along with a mathematical explanation of why it works.

This booklet explains how to use ratios to make unit conversions. It includes explanations of what a ratio is and instructions on how to set up a ratio. There are simple examples showing how to convert different measurements (example: quart to cup) along with more complex conversions such as how many 7.5" pencils fit end to end down a 20' hallway. The ratios are set up in fraction-form for each equation. This booklet is intended for students just learning how to use ratios to make conversions

Amaze your students (or bug the daylights out of them!) with your Math Magic! This packet contains 4 math tricks that use the "Divisibility by 9 Rule" to do amazing math. Doing the trick is fun, but figuring out why it works is a fun math adventure!! Each trick comes with instructions and examples of how to do the trick along with a mathematical explanation of why it works.