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Super Specific Similes: Stinky Seaweed

Super Specific Similes: Stinky Seaweed

Start with a basic simile. Now make it more specific. Now even more. Watch how much better writing gets with each round.

What’s In My Brain!? Japan vs Jamaica

What’s In My Brain!? Japan vs Jamaica

Is it an island or an archipelago?

Thanksgiving Photo Writing

Thanksgiving Photo Writing

Starting with an old-timey photo, students will write from a particular item’s point of view.

Famous Structures

Famous Structures

The Eiffel Tower, the Colosseum, the Sydney Opera House — group them, pick the best from each group, then design your own.

What’s In My Brain!? Gold vs Wood

What’s In My Brain!? Gold vs Wood

Some of these examples are conductors and some are insulators!

What’s In My Brain!? Walnut vs Clouds

What’s In My Brain!? Walnut vs Clouds

Let’s look at living vs non-living things.

Concept Attainment: Hornet vs Tiger

Concept Attainment: Hornet vs Tiger

Can your class spot the vertebrates vs invertebrates?

Concept Attainment: Art

Concept Attainment: Art

Can your students tell the difference between cubism and abstract art?

Inferring With Art: A Man

Inferring With Art: A Man

What’s going on in this painting? Who is that guy? What’s his job? And where’s his other boot?

Inferring With Art: A Couple

Inferring With Art: A Couple

What’s going on in this room? There are shoes everywhere! Are those… oranges? Let’s make some inferences!

Inferring With Art: Two Women

Inferring With Art: Two Women

What are these two women up to? What’s that thing she’s holding? Let’s make some inferences!

Addition: 3 Digits Plus 2 Digits (Multiple Solutions)

Addition: 3 Digits Plus 2 Digits (Multiple Solutions)

Typical practice problems don’t move students up Bloom’s Taxonomy. With this framework, you’ll see kids stop and really think about how to approach multi-digit addition.

Word Ladders Introduction

Word Ladders Introduction

You won’t believe how this spelling and vocabulary puzzle will get kids’ brains sweating over the smallest of words.

SCAMPER: Scaffolding Creativity

SCAMPER: Scaffolding Creativity

Asking students to “think creatively” won’t get you far. They won’t know how to start, they’ll get stuck with simple ideas, or they’ll just go completely wild. SCAMPER is a tool for scaffolding the process of creativity.

What’s In My Brain: Cute Baby vs Fast Cheetah

What’s In My Brain: Cute Baby vs Fast Cheetah

Can students spot similes vs metaphors?

Writing A Story About Fraction Equivalence

Writing A Story About Fraction Equivalence

When fractions take on a new denominator, it’s as if they’re wearing a disguise – same value, new look. So let’s write a story about fraction equivalence starring a fraction who needs to fit in with a new group.

Rounding Numbers (But Not To 10)

Rounding Numbers (But Not To 10)

What could we possibly do to make rounding more interesting for students who already get it? In this series, students consider how they might round to values other than “the nearest 10.” How, for example, do we round to the nearest 9? 7? 15?

Paradox: The Liar’s Paradox

Paradox: The Liar’s Paradox

Nothing like a paradox to get your kids brains exploding 🤯! This one starts with five simple words: “This statement is a lie.”

Dots and Boxes

Dots and Boxes

Who can make the most boxes from dots in this strategy game?

Math Curiosity: Odds & Squares

Math Curiosity: Odds & Squares

Why does the sum of the first 5 odds also equal 5 squared?

Showing A Character’s Trait

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

Multiple Meaning Matcher – Introduction

Your students will try to match up definitions that belong to the same homophone in this brain-boggling vocab puzzle.

Math Curiosity: Primes and Squares

Math Curiosity: Primes and Squares

Can any perfect square be written as the sum of two primes?

A Grid-Based Fraction Project

A Grid-Based Fraction Project

You’ve got 60 spaces on a grid to create an amusement park, a house, a farm, or whatever you’d like. Divide it into seven pieces, order it by size, combine into two halves, and more in this fraction project.