Playlist: Bookmarks
Game: Number Scrabble
What if we played Tic-Tac-Toe with numbers and instead of three-in-a-row, we add up to 15? Well… then we’d have Number Scrabble!
Fixing Shakespearean Run-Ons
Can your students help The Bard? We’ll fix five Shakespearean run-ons in three different ways.
Punctuation Power
In a sentence, punctuation may seem meek when compared to those mighty words, but punctuation has incredible power over the meaning of a sentence. Students will try re-punctuating sentences to find new meanings – without changing a single word!
How Many Ways: Order of Operations 1
How many different ways can you make this math statement true using only the digits one through nine?
Upgrade Research Questions With Depth and Complexity
Ever ask students to create research questions? Were their ideas a bit… blah? My own students had a very hard time writing questions they didn’t already know the answer to! This video is how I solved that problem: upgrade research questions with depth and complexity.
Calculators, Patterns, and Multiplying By Decimals
Before teaching students the procedure for multiplying with decimals, how much can they intuitively glean from a structured play session with calculators?
Math Curiosity: Four Squares
Every positive integer can be written as the sum of (at most) four perfect squares!
Math Curiosity: Magic Squares
Imagine a 3×3 square in which every row, column, and diagonal have the same sum. That’s a magic square!
Chomp
Chomp away at your opponent in this grid-based strategy game.
Game: Notakto
What if you only played Tic-Tac-Toe with Xs and you could play on multiple boards?
Dots and Boxes
Who can make the most boxes from dots in this strategy game?
Place Value (Beyond Base 10)
Place value is something we cover in elementary school. It seems simple, but I’d wager that very few adults really understand the topic. I sure didn’t until I worked with non-base-10 number systems in college. Your students can get a taste of this mind-boggling experience by imagining what it would be like if we didn’t have the number 9. What would each digit represent then?
More Specific than “Smart”
When students are told that they’re “smart”, what does this word actually mean to them? (Psst. It isn’t what we intended.)
Fractals: Sierpinski’s Triangle
What if this triangle pattern just kept repeating… forever!?
A Donut Investigation
In this cross-curricular investigation, students will look into an intriguing question: do donuts or salads have more sugar? They’ll grapple with misleading information, bias, and use their math skills to create a visual representation of sugar in popular foods.
Propaganda and Logical Fallacies
Let’s see how propaganda techniques can make even something great seem bad.
Showing A Character’s Trait
We tell students to ‘show, not tell’ — but that advice is useless until they experience the difference. This lesson makes it click.
Multiple Meaning Matcher – Introduction
Your students will try to match up definitions that belong to the same homophone in this brain-boggling vocab puzzle.
Academic Love Letters
What if Kylo Ren wrote a love letter to Abe Lincoln or the Sahara Desert wrote one to the Moon?
Fraction Puzzlers: Add and Subtract Fractions To Reach A Number
You only have six digits to form three fractions. Can you combine them to get to 0?
A Visual Guide To Dividing By Fractions
Have you ever wondered what it looks like to divide by a fraction, man?
Greekymon
Rather than just memorizing word parts, students will use those word parts to create four possible products.
The Game of 100
Who can get to 100 first in this simple, but delightful, math game?
Writing Summaries in Haiku
Let’s write a summary. A very short summary. With VERY strict rules.
Common English Words From Other Languages
Bored with typical spelling studies? Let’s dig into the origins of common English words from other languages!
Fancier Figurative Language: Start with a Cliche
We’ll start with the cliché “as cold as ice” and go somewhere much more interesting.
An Inductive Exploration Of Geometry
For TeachersWith inductive thinking, students will work from parts to whole, discovering big ideas along the way!