12 Thanksgiving Math Activities for Grades 1-8

Thanksgiving Math Activities for Grades 1-8

Thanksgiving is here and it’s time to share some fun Thanksgiving-themed math activities and puzzles with your students in grades 1-8 (elementary and middle school). This collection of Thanksgiving Math Activities includes order of operations puzzles, area models and multiplication tables, and ‘which one doesn’t belong?’ Enjoy!

The days leading up to Thanksgiving vacation are an exciting (and extremely distracting) time for you and your students.

But you can keep your students on track by sharing some fun Thanksgiving-themed math activities, puzzles, and challenges that channels their holiday excitement and enthusiasm into math learning experiences.

The following easy-to-print Thanksgiving Math Worksheets will add some holiday fun to your lesson plans this month. The activities can be shared with students in grades one through eight.

The activities are samples from our best-selling workbooks 101 Daily Math Challenges for Engaging Students in Grades 3-8 and 101 Daily ‘Which One Doesn’t Belong?’ Math Activities for Grades 1-8 .

The following Thanksgiving Math Activities can be used for anticipatory sets and warm-ups, exit tickets, transitions, and homework or extra credit assignments.

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1.) Thanksgiving Math Activity 1 of 12

Leaves = 18

Turkey = 9

Pumpkin = 12

? = 3

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2.) Thanksgiving Math Activity 2 of 12

Fire = 13

Apple Cider = 7

Acorn = 14

Honey = 15

? = 49

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3.) Thanksgiving Math Activity 3 of 12

Turkey = 8

Calendar = 8

Candle = 5

Cake = 9

? = 67

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4.) Thanksgiving Math Activity 4 of 12

Chipmunk = 13

Hot Cider = 8

Pumpkin Pie = 24

Football = 20

? = 65

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“I always look forward to getting my Mashup Math newsletter email every week. I love the free activities!” -Christina R., 5th Grade Math Teacher, Dallas, TX

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5.) Thanksgiving Math Activity 5 of 12

Pumpkin = 12

Berries = 5

Turkey = 6

Pie = 30

? = 192

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6.) Thanksgiving Math Activity 6 of 12

Pie = 10

Turkey = 14

Corn = 9

Pilgrim = 12

? = 92

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7.) Thanksgiving Math Activity 7 of 12

Cooking Pot = 6

Cupcakes = 18

Cranberry Sauce = 9

Cauliflower = 10

? = 126

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Are you looking for more daily math challenges and puzzles to share with your kids?

My best-selling workbook 101 Math Challenges for Engaging Your Students in Grades 3-8 is now available as a PDF download!

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8.) Thanksgiving Math Activity 8 of 12

Apple = 6

Cider = 6

Cinnamon = 5

Kettle = 1

? = 180

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9.) Thanksgiving Math Activity 9 of 12

Multiplication Table

Pilgrim Hat = 8

Food Basket = 4

Mashed Potatoes = 1

Corn = 5

Pumpkin = 15

Turkey = 6

Pie = 3

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10.) Thanksgiving Math Activity 10 of 12

Area Model

1,3,6,10,...

Sunflower = 20

Turkey = 10

Acorn = 6

Turkey Leg = 40

Leaves = 120

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11.) Thanksgiving Math Activity 11 of 12

Solution:

Click here to access more fun math riddles and brain teasers for kids.

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12.) Thanksgiving Math Activity 12 of 12

Which One Doesn’t Belong?

Click here to learn more about how to use ‘Which One Belong?’ activities to boost student engagement in your classroom.

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Share your thoughts, opinions, and ideas in the comments section below!

Looking for more fun math resources to share with your kids? Click here to subscribe to our YouTube channel and access our free video library--and don't forget to subscribe!

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By Anthony Persico

Anthony is the content crafter and head educator for YouTube's MashUp Math and an advisor to Amazon Education's 'With Math I Can' Campaign. You can often find me happily developing animated math lessons to share on my YouTube channel . Or spending way too much time at the gym or playing on my phone.

Which One Doesn't Belong? Free Math Activities for Grades 1-8

Free ‘Which One Doesn’t Belong?’ Activities for Your Upcoming Lesson Plans!

Are you looking for an engaging math activity to boost your warm-ups, transitions, and/or exit ticket activities?

If you’re not familiar with using ‘Which One Doesn’t Belong?’ (WODB) activities and why they are amazing for boosting student engagement in the math classroom, click here to learn everything you need to know.

I started sharing WODB activities with my students because I was struggling to find ways to get all of my students engaged, especially those who struggle with mathematics and are reluctant to participate.

I was inspired by the work of Christopher Danielson, so I started creating my own WODB activities geared towards students in elementary and middle school.

The results? My student engagement skyrocketed! Since WODB activities don’t have a single correct answer (the idea is to get students thinking mathematically and learn how to justify their answers), all of my students (even ones who rarely participate) felt comfortable sharing and getting involved.

Now I use WODB at least once a week!

Again, if you want more information on how WODB activities work and how you can use them to boost student engagement in your classroom, click here to learn everything you need to know.

And check out these brand new FREE WODB math activities:

1.) Shapes and Figures

2.) Groupings and Grids

*Remember that WODB activities purposely do not have a single correct answer. Click here to learn more.

3.) Patterns and Ratios

*Remember that WODB activities purposely do not have a single correct answer. Click here to learn more.

4.) Numbers!

*Remember that WODB activities purposely do not have a single correct answer. Click here to learn more.

5.) Equations

*Remember that WODB activities purposely do not have a single correct answer. Click here to learn more.

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These puzzles are samples from my best-selling workbook 101 Daily ‘Which One Doesn’t Belong?’ Math Activities for Grades 3-8.

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Multiplication Table Worksheets: Free Printable Math Puzzles

Can Your Students Solve These Multiplication Table Math Puzzles?

Are you looking for some fun and engaging activities to help your kids practice and understand multiplication?

I started using multiplication table puzzles with my students every week last school year, and the results were pretty awesome, especially when it came to improving their ability to multiply and divide values without relying on memorization.

And if you're a fan of Stanford's Jo Boaler, then you know that she is a huge proponent of using visual math activities (like multiplication table puzzles) to improve student performance.

The following puzzles challenge students to use their math and reasoning skills to find the value of different symbols contained within a multiplication table.

They work like a bingo-table where the icon in each box represents the product of its corresponding column and row.

So go ahead and share the puzzles with your kiddos this week! They make for a great warm-up or cool-down activity for sparking mathematical discussion and creative problem-solving!

You Might Also Like: Free Math Worksheets for Grades 1-8

Keep reading to access the answer key and to download your free Multiplication Table Worksheet!

1.) Candy Time!

*Keep reading to get the answer key.

2.) Sandwich Day!

*Keep reading to get the answer key.

3.) Peanut Butter Time!

*Keep reading to get the answer key.

These puzzles are samples from my best-selling workbook 101 Math Challenges for Engaging Your Students in Grades 3-8.

The book is available as a PDF download and you can also get a hard copy on Amazon (Free Amazon Prime Shipping Included; pages are in black-and-white).

Click here to download your free PDF worksheet!

And here are the solutions to today’s multiplication table puzzles:

Candy Puzzle:

Sandwich Day Puzzle:

Peanut Butter Puzzle:

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Multiplying Square Roots and Multiplying Radicals Explained

Learn How to Multiply Radicals and How to Multiply Square Roots in 3 Easy Steps (Free Worksheet Included)

Learn How to Multiply Radicals (and How to Multiply Square Roots) in 3 Easy Steps

Before you learn how to multiply radicals and how to multiply square roots, you need to make sure that you are familiar with the following vocabulary terms:

Radical vs. Radicand

The radical is the square root symbol and the radicand is the value inside of the radical symbol. The radicand can include numbers, variables, or both.

The Multiplication Property of Square Roots

The key to learning how to multiply radicals is understanding the multiplication property of square roots.

The property states that whenever you are multiplying radicals together, you take the product of the radicands and place them under one single radical.

For example, radical 5 times radical 3 is equal to radical 15 (because 5 times 3 equals 15).

How to Multiply Radicals and How to Multiply Square Roots Example

Now let’s take a look at an example of how to multiply radicals and how to multiply square roots in 3 easy steps.

Problem:

Step One: Simplify the Square Roots (if possible)

In this example, radical 3 and radical 15 can not be simplified, so we can leave them as they are for now.

Step Two: Multiply the Radicands Together

Now you can apply the multiplication property of square roots and multiply the radicands together. In this case, radical 3 times radical 15 is equal to radical 45 (because 3 times 15 equals 45).

Step Three: Simplify the Result (if possible)

The third and final step is to simplify the result if possible.

Can radical 45 be simplified?

The answer is yes.

Since radical 45 is equal to radical 9 times radical 5, and because radical 9 is equal to 3 (since 9 is a perfect square), we can simplify radical 45 to 3 times radical 5 (see the diagram below for a more detailed look on how to simplify square roots).

Finally, we can conclude that the final answer is:

Looking for more sample problems? Check out the free video lesson below to learn more about how to multiply radicals and how to multiply square roots :

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How to Multiply Radicals and How to Multiply Square Roots Worksheet (with Answer Key)

Are you looking to get some more practice with multiplying radicals, multiplying square roots, simplifying radicals, and simplifying square roots?

Click the link below to access your free practice worksheet from Kuta Software:

Free Multiplying Radicals Worksheet

Share your ideas, questions, and comments below!

(Never miss a Mashup Math blog--click here to get our weekly newsletter!)

Keep Learning:

By Anthony Persico

Anthony is the content crafter and head educator for YouTube's MashUp Math . You can often find me happily developing animated math lessons to share on my YouTube channel . Or spending way too much time at the gym or playing on my phone.

Box and Whisker Plots Explained in 5 Easy Steps

Box and Whisker Plot Definition

Source: Mashup Math MJ

A box and whisker plot is a visual tool that is used to graphically display the median, lower and upper quartiles, and lower and upper extremes of a set of data.

Box and whisker plots help you to see the variance of data and can be a very helpful tool.

This guide to creating and understanding box and whisker plots will provide a step-by-step tutorial along with a free box and whisker plot worksheet.

Let’s get started by looking at some basketball data!

How to Make a Box and Whisker Plot

Observe the following data set below that shares a basketball players points scored per game over a seven-game span:

Step One: The first step to creating a box and whisker plot is to arrange the values in the data set from least to greatest.

In this example, arrange the points scored per game from least to greatest.

Step Two: Identify the upper and lower extremes (the highest and lowest values in the data set).

The lower extreme is the smallest value, which is 5 in this example.

The upper extreme is the highest value, which is 32 in this example.

Step Three: Identify the median, or middle, of the data set.

In this example, the median is 17.

See Also: Check Out This Awesome Mean, Median, and Mode Activity

Step Four: Identify the upper and lower quartiles.

To find the lower quartile and the upper quartile, start by splitting the data set at the median into lower and upper regions.

The upper quartile is the median of the upper region, and the lower quartile is the median of the lower region.

In this example, the upper quartile is 20 and the lower quartile is 10.

Now we have all of the information that we will need to construct our box and whisker plot!

Step Five: Construct the Box and Whisker Plot

To construct a box and whisker plot, start by drawing a number line that fits the data set.

Start by plotting points over the number line at the lower and upper extremes, the median, and the lower and upper quartiles.

Next, construct two vertical lines through the upper and lower quartiles, and then constructing a rectangular box that encloses the median value point.

Then construct a vertical line through the median point that extends to the top and bottom of the rectangle.

This is the box in the box and whisker plot.

Finally, draw horizontal lines that connect the lower quartile to the lower extreme and the upper quartile to the upper extreme to complete the box and whisker plot.

The box and whisker plot is complete!

Box and Whisker Plot Worksheet

Are you looking to get some more practice with making and analyzing box and whisker plots?

Check out the following free box and whisker plot worksheet, which is available as a PDF download!

Click here to download your free Box and Whisker Plot worksheet.

Answer key included.

Box and Whisker Plot Video Lesson

Check out our free Box and Whisker Plots Explained video lesson on YouTube for a more in-depth look:

Tags:  box and whisker plot explained, box and whisker plot definition, box and whisker plot problems, box and whisker plot outliers, box and whisker plot worksheet, box and whisker plot range

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Have thoughts? Share your thoughts in the comments section below!

(Never miss a Mashup Math blog--click here to get our weekly newsletter!)

By Anthony Persico

Anthony is the content crafter and head educator for YouTube's MashUp Math. You can often find me happily developing animated math lessons to share on my YouTube channel . Or spending way too much time at the gym or playing on my phone.

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