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NEW DIGITAL
SUPPLEMENT

to help your students learn rational numbers?

From fractions, decimals, and ratios through negative numbers and absolute value, our adaptive technology helps all of your students build conceptual understanding.

FREE TIER for Teachers

Ensure Your Students Have
The Rational Number Foundation
They Need To Succeed In Math!

The FREE TIER for Teachers includes:

  • Grade-Aligned Fraction Refresher – a perfect way to get started
  • + 2 Topics of Your Choice – Ratios, Negative Numbers, Absolute Value, and more…
  • Making Sense of Fractions
  • Fractions on a Number Line
Start today for FREE! 

Your Woot Math Free Tier includes student progress reports
and unlimited access to the problem bank
for in-class instruction.

SCOPE & SEQUENCE

7th grade aligned content will be released in the Spring of 2018. For students that are struggling, Woot Math can be a helpful intervention and a resource for remediation. For students that are one grade year behind, the 6th grade topics are ideal for quickly catching students up. For students that are more than one year behind, the topics below have proven effective in providing a solid foundation in conceptual understanding and fluency.

Fraction Refresher I, II, and III

  • Students review core fraction learning objectives from grades 3-5.

Making Sense of Decimals

  • Students use visual models including 1x10 and 10x10 grid models to explore and name tenths and hundredths.
  • Students compose and decompose decimals to build tenths from hundreds, and to rename a given decimal into tenths and hundredths.
  • Students compare decimals by reasoning about their size, comparing them to benchmark about place value, and using visual models.

Decimals on the Number Line

  • Students locate and name tenths and hundredths on the number line using visual models, place value, and reasoning about relative size.

Making Sense of Ratios

  • Students use visual models including a paint mixer to explore and understand the concept of ratios.
  • Students use ratio and proportional reasoning to solve real-world problems. Students understand the use of mathematical language to describe a relationship between two quantities.

Reasoning with Ratios & Rates

  • Students understand the concept of unit rate.

Connecting with Negative Numbers

  • Students use the number line and real-world contexts to make sense of ordering positive and negative numbers in relation to zero.
  • Students make sense of numbers and their opposites by modeling with a number line.

Fraction Refresher III

  • Students review core fraction learning objectives from grades 3-5.

Advanced Fraction Division

  • Students divide fractions and solve word problems involving division of fractions using real-world contexts, fraction bars, fraction circles, and sets and interpret the results.

Making Sense of Ratios

  • Students use visual models including a paint mixer to explore and understand the concept of ratios.
  • Students use ratio and proportional reasoning to solve real-world problems.
  • Students understand the use of mathematical language to describe a relationship between two quantities.

Reasoning with Ratios & Rates

  • Students understand the concept of unit rate.

Connecting with Negative Numbers

  • Students use the number line and real-world contexts to make sense of ordering positive and negative numbers in relation to zero.
  • Students make sense of numbers and their opposites by modeling with a number line.

Ordering & Absolute Value

  • Students make connections between positive and negative numbers and their distances from zero.
  • Students order positive and negative numbers based on their relative position on the number line.

Fraction Refresher II

  • Students review fraction learning objectives from grades 3-4.

Advanced Fraction Addition

  • Students add fractions with unlike denominators and simplify answers using fraction circles, fraction bars, and real-world contexts.

Advanced Fraction Subtraction

  • Students subtract fractions with unlike denominators and simplify answers using fraction circles, fraction bars, and real-world contexts.

Advanced Fraction Multiplication

  • Students multiply fractions using sets, fraction circles, rectangular models, and real-world contexts.

Division of Fractions

  • Students divide fractions by whole numbers and whole numbers by fractions using real-world contexts, fraction bars, fraction circles, and sets.

Fraction Refresher I

  • Students review fraction learning objectives from grades 3.

Advanced Ordering Fractions

  • Students compare and order fractions with unlike denominators using a variety of models and strategies.

Equivalent Fractions

  • Students use bars, number line, and real-world contexts to determine if two fractions are equivalent and to build equivalent fractions.
  • Students determine how many objects in a set are equal to 1⁄2, 1⁄3, or 1⁄4 of the set.

Fraction Addition and Subtraction

  • Students add and subtract fractions and mixed numbers with like denominators using fraction circles, fraction bars, and real-world contexts.

Multiplication of Fractions

  • Students solve word problems involving the multiplication of a fraction by a whole number using fraction circles, sets, real-world contexts, and number line.

Making Sense of Decimals

  • Students use visual models including 1x10 and 10x10 grid models to explore and name tenths and hundredths.
  • Students compose and decompose decimals to build tenths from hundreds, and to rename a given decimal into tenths and hundredths.
  • Students compare decimals by reasoning about their size, comparing them to benchmark about place value, and using visual models.

Decimals on the Number Line

  • Students locate and name tenths and hundredths on the number line using visual models, place value, and reasoning about relative size.

Making Sense of Fractions

  • Students use visual models to name fractions as a⁄b where a is how many parts are represented and b is how many equal-sized parts are in the whole. The whole is equal to whole fraction circles, other fractions, and sets of objects.
  • Students determine if two fractions are equivalent if they are the same size.

Ordering Fractions

  • Students use fraction circles, bars, and real world contexts to compare and order two fractions with the same numerator or denominator by reasoning about their size.

Fractions on a Number Line

  • Students understand a fraction as a number on the number line, label a number line using fraction notation, and place fractions on a number line in a variety of real-world contexts. Fractions are less than 1, between 1 and 2, and whole numbers written in fraction form.

CONCEPTUAL UNDERSTANDING

Replace static models with hands-on, digital manipulatives and help build effective mental models. Includes fraction bars and circles, 10x10 grid, number line, fair share and more.

CONCEPTUAL UNDERSTANDING

Replace static models with hands-on, digital manipulatives and help build effective mental models. Includes fraction bars and circles, 10x10 grid, number line, fair share and more.

CONCEPTUAL UNDERSTANDING

Replace static models with hands-on, digital manipulatives and help build effective mental models. Includes fraction bars and circles, 10x10 grid, number line, fair share and more.

CONCEPTUAL UNDERSTANDING

Replace static models with hands-on, digital manipulatives and help build effective mental models. Includes fraction bars and circles, 10x10 grid, number line, fair share and more.

INTERACTIVE MODELS

Experience digital manipulatives in a whole new way. Multiple representations of concepts and engaging, hands-on interactions to deepen number sense.

INTERACTIVE MODELS

Experience digital manipulatives in a whole new way. Multiple representations of concepts and engaging, hands-on interactions to deepen number sense.

REAL-TIME DATA AND REPORTS

Quickly assess screenshots of student work to gain insight into areas of struggle and success. Providing the data teachers need when they need it.

REAL-TIME DATA AND REPORTS

Quickly assess screenshots of student work to gain insight into areas of struggle and success. Providing the data teachers need when they need it.

REAL-TIME DATA AND REPORTS

Quickly assess screenshots of student work to gain insight into areas of struggle and success. Providing the data teachers need when they need it.

REAL-TIME DATA AND REPORTS

Quickly assess screenshots of student work to gain insight into areas of struggle and success. Providing the data teachers need when they need it.

PROVEN TO GET RESULTS

An NSF-funded efficacy study showed that Woot Math's adaptive software significantly improves students learning outcomes.

PROVEN TO GET RESULTS

An NSF-funded efficacy study showed that Woot Math's adaptive software significantly improves students learning outcomes.

PROVEN TO GET RESULTS

An NSF-funded efficacy study showed that Woot Math's adaptive software significantly improves students learning outcomes.

PROVEN TO GET RESULTS

An NSF-funded efficacy study showed that Woot Math's adaptive software significantly improves students learning outcomes.

WANT TO LEARN MORE?

Woot Math’s free tier for teachers provides hours of in-classroom use so that you can meaningfully try Adaptive Practice with your students. In addition to providing access to core, foundation topics supporting mastery of fractions, you can choose two additional topics that directly meet your instructional goals. Woot Math deeply engages students and uses proven, adaptive technology to meet each student’s personal needs.

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Adaptive Research Backed
NSF Funded Standards Aligned
Woot Math gives students the foundation they need with a product they love!
A practical and efficient way to take students... from concrete to abstract understanding of fraction concepts.
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Woot Math provides my 5th graders a place to target the lagging skills, reinforce new skills, and really love doing math.
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80% of my tier two and tier three RTI students improved at least one grade level since the beginning of the school year.
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Understanding fractions is crucial for mathematics learning... It is also predictive for students' mathematical achievement years later.
Bridging the gap: Fraction understanding is central to mathematics achievement in students from three different continents.
Torbeyns, Schneider, Xin, and Siegler, 2015