Description
Make practicing the Pythagorean Theorem interactive with this Boom Cards deck! Students apply c² = a² + b² to solve for missing sides of right triangles. Each card is self-checking, so students receive instant feedback, while teachers can track performance through a free Boom Learning account.
This resource is perfect for independent practice, intervention, math centers, or distance learning.
What’s Included:
- 1 Boom Cards deck with 11 self-checking interactive task cards
- Scaffolded practice: example → guided → independent
- Mix of finding hypotenuse and finding a leg
- Problems with whole numbers, decimals, and square roots
- Real-world units (yards, miles, feet, cm, km)
- Auto-grading and instant feedback for students
- Teacher data tracking with a free Boom Learning account
Enjoying Boom Cards?
Check out these other engaging decks!
Perimeter and Area with Fractions
Adding Fractions with Unlike Denominators
Factoring Variable Expressions with Area Models
Distributive Property with Area Models
Highlights
Description
Make practicing the Pythagorean Theorem interactive with this Boom Cards deck! Students apply c² = a² + b² to solve for missing sides of right triangles. Each card is self-checking, so students receive instant feedback, while teachers can track performance through a free Boom Learning account.
This resource is perfect for independent practice, intervention, math centers, or distance learning.
What’s Included:
- 1 Boom Cards deck with 11 self-checking interactive task cards
- Scaffolded practice: example → guided → independent
- Mix of finding hypotenuse and finding a leg
- Problems with whole numbers, decimals, and square roots
- Real-world units (yards, miles, feet, cm, km)
- Auto-grading and instant feedback for students
- Teacher data tracking with a free Boom Learning account
Enjoying Boom Cards?
Check out these other engaging decks!
Perimeter and Area with Fractions
Adding Fractions with Unlike Denominators
Factoring Variable Expressions with Area Models
Distributive Property with Area Models



