EduScize Ballers Math Kit for K-5 Hands-On Learning Fun

Step into the world of Ballers, where the thrill of basketball meets the excitement of learning! Get your students moving, grooving, and shooting their way to mathematical mastery with this dynamic educational game. Ballers isn't just any game—it's a high-octane adventure that turns math lessons into epic challenges and transforms your classroom into a vibrant arena of learning and fun.

Immerse your students in an interactive experience like no other as they dribble, shoot, and score their way through a series of math-based challenges. With customizable dry erase game cards covering a range of learning targets for each grade level, Ballers offers endless opportunities to reinforce essential math skills while keeping students engaged and motivated.

But that's not all! Ballers comes packed with exciting features designed to take your math lessons to the next level. From comprehensive lesson plans to professional learning videos tailored to each grade level, Ballers provides educators with everything they need to seamlessly integrate this game into their curriculum. Plus, with its easy-to-use setup and versatile gameplay options, Ballers is the perfect addition to any classroom looking to inject some excitement into their math lessons.

So, what are you waiting for? Get ready to unleash the power of Ballers and revolutionize the way your students learn math. With its winning combination of physical activity, teamwork, and academic challenge, Ballers is guaranteed to be a slam dunk hit in your classroom!

Ballers Game Set Details:

Each Ballers game set is crafted to combine fun, movement, and learning seamlessly:

• 1 set of bagged numbered Baller game cards (1-20) for structured game play.
• 1 set of bagged blank Baller cards to customize and teach any learning target.
• 1 basketball hoop and 1 basketball for engaging active play.
• 1 convenient storage bin to keep all materials organized and ready for use.
• 4 dry erase markers (2 red and 2 blue) for endless customization and interaction.
• 1 downloadable lesson plan to make setup and implementation effortless.
• 2 professional learning videos to help you teach and optimize the game with ease.

Fun and Learning in One Game: Watch, play, and repeat for non-stop engagement and achievement!

Learning Targets met by Grade Level

KINDERGARTEN

Master comparing numbers 0-10: Engage in interactive activities that help students understand the concept of more and less. Practice comparing quantities using visual aids and hands-on manipulatives.

Identify greater than, less than, and equal to: Through hands-on play, students learn to recognize and differentiate between different quantities. Use real-world examples and group activities to reinforce these concepts.

Develop basic addition skills: Build foundational skills in addition by practicing combining sets of objects. Utilize manipulatives such as counters or blocks to demonstrate addition in a concrete way.

Solve simple story problems: Explore real-world scenarios through storytelling to reinforce addition concepts. Encourage students to act out the stories and use visual aids to represent the problem-solving process."

FIRST GRADE

Utilize addition and subtraction to solve word problems: Apply mathematical operations to solve everyday situations. Practice identifying key information in word problems and selecting appropriate strategies for solving them.

Master word problems involving three whole numbers: Enhance problem-solving skills by tackling more complex scenarios. Break down multi-step problems into smaller parts and use visual representations to aid in comprehension."

 SECOND GRADE

Develop fluency in addition and subtraction with multi-digit numbers: Build confidence in performing calculations with larger numbers. Practice regrouping and decomposition strategies to efficiently solve multi-digit addition and subtraction problems.

Utilize multiple strategies for addition and subtraction: Explore various methods such as mental math, number lines, and regrouping. Encourage students to choose the strategy that best fits the problem and explain their reasoning."

THIRD GRADE

Interpret products of whole numbers: Understand the result of multiplying whole numbers together. Explore the concept of multiplication as repeated addition and use visual models to represent multiplication problems.

Interpret whole number quotients: Grasp the concept of division and its relationship to multiplication. Practice dividing whole numbers using strategies such as equal grouping and repeated subtraction.

FOURTH GRADE

Fluently add and subtract multi-digit whole numbers: Master the standard algorithms for addition and subtraction. Develop automaticity in performing multi-digit calculations and use estimation to check the reasonableness of answers.

Multiply whole numbers up to four digits by a one-digit whole number: Practice multiplying numbers to develop computational fluency. Use models such as arrays and area models to represent multiplication problems and understand the relationship between multiplication and division.

Multiply two two-digit numbers: Apply multiplication strategies to solve more complex multiplication problems. Break down larger problems into smaller, more manageable steps and use the distributive property to simplify calculations.

Find whole-number quotients and remainders with up to four-digit dividends and one-digit divisors: Explore division with larger numbers and understand remainders. Use strategies such as long division and repeated subtraction to solve division problems and interpret remainders in real-world contexts."

FIFTH GRADE

Add and subtract fractions and mixed numbers with unlike denominators: Gain proficiency in operations with fractions through hands-on activities. Use visual models and manipulatives to represent fractions and find common denominators to add and subtract fractions.

Solve word problems involving addition and subtraction of fractions: Apply fraction skills to solve real-world problems and enhance critical thinking abilities. Break down word problems into smaller steps and use models such as number lines and fraction bars to represent the problem-solving process.