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Why “Analyze” Is My Favorite Level of Bloom’s Taxonomy

Why “Analyze” Is My Favorite Level of Bloom’s Taxonomy

For Teachers

Analyze is like a gateway that connects the lower- and higher-levels of Bloom’s. But make sure you’re truly asking an Analyze-level question!

Tournament of Mythological Creatures

Tournament of Mythological Creatures

Who will win the tournament of mythological creatures!?

Tournament of Not-So-Famous Inventors

Tournament of Not-So-Famous Inventors

Which inventor and invention will win the tournament?

What’s In My Brain: Pentagon vs Pentagon

What’s In My Brain: Pentagon vs Pentagon

We’re looking at regular vs irregular polygons.

Domesticated Animals Tournament

Domesticated Animals Tournament

Which domesticated animal will win the tournament?

Natural Disasters Tournament

Natural Disasters Tournament

Earthquake vs. hurricane. Tsunami vs. wildfire. Students set the criteria, argue their case, and crown a champion. Warning: it gets heated.

Math Curiosity: Magic Triangles

Math Curiosity: Magic Triangles

Can you make each side of this triangle add up to 9 using the digits 1-6?

Super Specific Similes: Quick Baby

Super Specific Similes: Quick Baby

Let’s make this simile about a quick baby even more specific.

Random Emoji Prompt Generator

Random Emoji Prompt Generator

Click up an interesting, visual writing prompt suitable for any grade or purpose.

Find The Pattern: Multiply Fractions

Find The Pattern: Multiply Fractions

What if you set the stage for students to discover how to multiply fractions?

Plant Adaptation Tournament

Plant Adaptation Tournament

Who will win in a tournament of eight plants with Interesting adaptations!?

Greek and Latin Word Part Paths

Greek and Latin Word Part Paths

How can we go from Biology to Immobile?

Animal Adaptation Tournament

Animal Adaptation Tournament

Which animal has the most interesting, most valuable, or strangest adaptations?

Explain Concepts with the Frayer Model

Explain Concepts with the Frayer Model

For Teachers

Giving a definition just doesn’t cut it! Use the Frayer Model to explain (and assess!) vocabulary.

Antonym Paths

Antonym Paths

Does the antonym of an antonym bring us back to the same meaning?

Looping Grid Art

Looping Grid Art

Pick a few numbers, draw some corresponding lines on grid paper, and you’ll end up with some interesting, looping math-y art!

Writing About Art: The Scream

Writing About Art: The Scream

Your students will turn the iconic painting The Scream into a vivid, sensory poem.

The Pros and Cons of Producers and Consumers

The Pros and Cons of Producers and Consumers

Sure, students might know the difference between a producer and a consumer… but have they considered how they feel about each other? What, in a producer’s opinion, are the pros and cons of a consumer?

Not Like The Others: Natural Disasters

Not Like The Others: Natural Disasters

Four natural disasters. One doesn’t belong. But which one? That depends on your argument.

Subtraction: 3 Digits Minus 2 Digits (Multiple Solutions)

Subtraction: 3 Digits Minus 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 subtraction.

Math Curiosity: A Pattern Packed Triangle

Math Curiosity: A Pattern Packed Triangle

Pascal’s pattern-packed triangle is a potent puzzle for pupils to ponder.

Notice, Wonder: Climber

Notice, Wonder: Climber

A mysterious image. Reveal it slowly. Let your students wonder!

Game: Order and Chaos

Game: Order and Chaos

Imagine Tic-Tac-Toe if both players could play as both Xs and Os!

Same Perimeter, Different Area For Rectangles

Same Perimeter, Different Area For Rectangles

Can two rectangles have the same perimeter but… different areas!?

Math Curiosity: Four Squares

Math Curiosity: Four Squares

Every positive integer can be written as the sum of (at most) four perfect squares!

Game: Notakto

Game: Notakto

What if you only played Tic-Tac-Toe with Xs and you could play on multiple boards?

More Specific than “Smart”

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.)

Building Creative Analogies

Building Creative Analogies

We’ll take two seemingly unrelated pieces of content (say volcanoes and the human body) and then build analogies to connect the two ideas. In the end, students can create a skit, comic, or story relating the two concepts.

Investigating Cost of Living

Investigating Cost of Living

Would you save money if you lived in Las Vegas and commuted every day to San Francisco?

A Donut Investigation

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.

Visualizing Fraction Multiplication

Visualizing Fraction Multiplication

What does it look like to multiply fractions?

A Visual Guide To Dividing By Fractions

A Visual Guide To Dividing By Fractions

Have you ever wondered what it looks like to divide by a fraction, man?

Educational Valentines

Educational Valentines

Let’s make valentines with an educational twist!

Greekymon

Greekymon

Rather than just memorizing word parts, students will use those word parts to create four possible products.

A Nutrition-Based Math Project

A Nutrition-Based Math Project

Let’s create a parody ad attacking a surprisingly calorie-rich meal.

Motivation and Moral Development

Motivation and Moral Development

Can someone do the right thing, but for the wrong reason?

The Game of 100

The Game of 100

Who can get to 100 first in this simple, but delightful, math game?

Math Curiosity: Collatz Conjecture

Math Curiosity: Collatz Conjecture

The Collatz Conjecture: start with any number and get to 1 using just two rules. It seems to always work…

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.