EduScize Hulascize Math Kit for K-5 Active Learning Fun

Get ready to get your heart pumping with Hulascize! In this fast-paced game, students will twist and twirl their way to learning as they master the art of composing and decomposing numbers. Be the first team with the most exercise cards to dust the competition away and reign victorious in this exhilarating math adventure!

Hulascize combines the fun of game-play with the excitement of math, creating an immersive learning experience that gets students moving and grooving while reinforcing essential math concepts. With its dynamic gameplay and engaging activities, Hulascize turns math practice into an energetic and unforgettable journey!

Hulascize Game Set Details:

Transform your classroom into a hub of excitement and active learning with Hulascize! Each set includes:

• 1 foldable hula-hoop for engaging, movement-based activities.
• Grade-level specific Hulascize game cards in easy-to-manage storage bags.
• 4 dry erase markers (2 red and 2 blue) to keep the game customizable and reusable.
• 1 convenient storage bin to keep everything organized and ready for action.
• 1 grade-level downloadable lesson plan to guide you through seamless implementation.
• 2 professional learning videos to help you and your students master Hulascize in no time.

Move, Learn, and Achieve: It's as simple as watch, play, and repeat for continuous fun and educational success!

LEARNING TARGETS MET BY GRADE LEVEL

KINDERGARTEN

Compose and decompose numbers 11 to 19: Develop a deep understanding of place value by breaking down and building up numbers in the range of 11 to 19. Use manipulatives and visual aids to represent tens and ones.

Recognize ten ones: Identify groups of ten objects as a unit and understand their significance in place value.

Recognize further ones: Identify individual ones as units and understand their role in forming larger numbers.

FIRST GRADE

Determine the unknown whole number in an addition or subtraction problem: Develop problem-solving skills by solving equations with missing whole numbers. Apply strategies such as counting on, making tens, and using inverse operations to find the unknown.

SECOND GRADE

Use addition to find the total number of objects arranged in a rectangular array: Understand the concept of multiplication as repeated addition and use it to determine the total number of objects in an array.

Write an equation to express the total sum of equal addends: Translate mathematical situations into equations and express the total sum of equal addends using mathematical notation.

Add and subtract within 1000 using place value strategies: Develop fluency in addition and subtraction within 1000 by applying place value understanding and efficient strategies.

THIRD GRADE

Determine the unknown whole number in a multiplication or division equation: Solve multiplication and division equations with missing whole numbers. Apply strategies such as using fact families and inverse operations to find the unknown.

Apply properties of operations as a strategy to multiply and divide: Understand and apply properties of operations, such as the distributive property, to solve multiplication and division problems efficiently.

Understand division as an unknown-factor problem: Interpret division as finding the unknown factor in a multiplication equation and vice versa.

FOURTH GRADE

Determine all factor pairs for a number in the range of 1-100: Explore the concept of factors and practice finding all possible factor pairs for numbers within the range of 1 to 100.

FIFTH GRADE

Use parentheses, brackets, or braces in numerical expressions: Understand and apply rules for grouping symbols in numerical expressions to clarify the order of operations.

Evaluate expressions with symbols: Substitute numerical values for variables in expressions and calculate the resulting value.

Write simple expressions that record calculations with numbers: Translate real-world situations into mathematical expressions and vice versa.

Interpret numerical expressions without evaluating them: Understand the meaning of numerical expressions and interpret their components without calculating the final value."