LB-MathNotes

These note sheets include: -Division Terminology Note Sheet -Division Methods Note Sheet (compares Place Value Sections Method, Expanded Notation Method, Digit-by-Digit Method) -Color-coded, step-by-step instruction on how to solve division problems using the different division methods with whole numbers and decimals, including rounded answers *Bonus: Multiplication Tables! - Full page with equations - 2 per page sheet - 4 per page sheet

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.

These note sheets provide color-coded, step-by-step instructions using diagrams and algebraic steps to solve: Fraction x Whole Number Fraction x Unknown = Fraction Mixed Number x Whole Number Fraction x Fraction Mixed Number x Mixed Number

These note sheets provide color-coded, step-by-step instructions using diagrams and algebraic steps to solve: Whole Number / Whole Number where the Dividend < Divisor & Dividend > Divisor Whole Number / Fraction Fraction / Whole Number Fraction / Fraction Mixed Number / Mixed Number

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.