A list of activities that encourage students to explore shapes. Appropriate for ages 5-11
A list of activities that encourage students to play with different shapes guided by specific challenges. Appropriate for ages 5-11
A list of activities to expand student's ability to use logic. Appropriate for ages 5-11
Click the button below to check out 28 different geometry lessons and activities for grades k-2. If you would like lessons that are a bit more difficult, check out the list for ages 7-11 in the other grade level pages of this site.
Encourage students to explore how to connect interlocking cubes in lines that are equal but made of varying multiples.
This challenge is a game for two players. Each player chooses two numbers from a grid and chooses to either multiply or divide (try adapting for addition and subtraction) them and represent the action on a number line. The trick is for the math to fit on the number line without "falling off". If the math "falls off", the player misses a turn.
Click the button below to check out 28 different geometry lessons and activities for grades k-2. If you would like lessons that are a bit more difficult, check out the list for ages 7-11 in the other grade level pages of this site.
This is a series of Narrative logic challenges related to Tangrams. Appropriate for ages 5-11
This site provides 8 videos showing 4 different methods for working out multiplication of larger numbers. Each student in a small group can take one method to learn, practice and teach the other group members. There are great discussion questions included to encourage students to think more deeply about why the methods work.
Play an online number game where you need to arrange numbers using it's multiples and factors.
Use the lines on this figure to show how the square can be divided into 2 halves, 3 thirds, 6 sixths and 9 ninths.
This challenge is a game for two players. Each player chooses two numbers from a grid and chooses to either multiply or divide them and represent the action on a number line. The trick is for the math to fit on the number line without "falling off". If the math "falls off", the player misses a turn.
Players in this online Polypad game take turns rolling two dice and creating a rectangle on the game board. Students type in the multiplication equation onto their array. The student who finishes filling in the game board wins.
What multiplication might have happened to four whole numbers put into the first box in order to end up with the four numbers falling out later? This is a great extension for students working with arrays and number line puzzles.
Have students analyze various multiplication problems ordering them from easiest to hardest. This opens up great discussions regarding why one problem might be considered easier than another even though it contains larger numbers.
This provides students an opportunity to notice patterns within a multiplication square. This type of thinking goes beyond memorization and challenges students to think more deeply about mathematics.
This online jigsaw puzzle helps to familiarize students with the multiplication square.
Encourage your students to think about various methods for mental multiplication and representing your thinking with pictures. Print off the ready made cards and encourage students to match the visual representation with the method.
This activity walks students through identifying patterns when multiplying by 10. It does move into decimals and challenges them to think about how they are related.
Click the button below to access a list of Cambridge University's Nrich geometry lessons and activites for ages 7-11. There are approximately 48 different lessons and activities available.
Ferry Sequences: A man named John Farey investigated sequences of fractions in order of size- they are called Farey Sequences. This activity explores the patterns within these sequences.
This is a more challenging version of the common game, Countdown. The challenge is to use the numbers and factions available, and the four standard operations (addition, subtraction, multiplication and division to hit a target.
This is a basic memory game where you are matching fractions to their decimal and/or percentage counterpart.
Click the button below to access a list of Cambridge University's Nrich geometry lessons and activites for ages 7-11. There are approximately 48 different lessons and activities available.
Here is an entire statistics unit from Nrich (University of Cambridge). It has ten challenges for ages 14-16 and another eight for ages 16-18. It also includes articles for students to read that provide some background on key ideas in statistics and probability. The lesson titled “One Variable, Two Variable, Three Variable, More” looks very good. It includes a short video from a Swedish scientist who shows an engaging way to display and share data. The lesson also links various sites that provide data sets as well as a free online program that helps students display their data. This could be helpful for the WSU statistics poster contest that is held in the spring. Again, Students can dive into these on their own as extensions when they are finished with class work or instead of classwork if they have proven mastery. You could link these in Google Classroom and let them work at their own pace. Click the button below to check it out.
This challenge explains how algebraic identities and inequalities can be demonstrated through pictures. It provides several examples with explanations and moves into how the pictures help you see what would be needed to move the inequality to an equality.
The Nrich resource created through the University of Cambridge is an almost endless resource for math challenges at any level. Click the link below and fill out the search fields for type of math, age and challenge levels. They also provide articles and webinars for parents and teachers as they navigate the introduction of math to young minds.