2017 - Down River Resources
Teaching numbers isn't as easy as 1-2-3. While it might be easy for students to simply repeat or say their "numbers," there are many skills that blend together to build a child's foundation in numeracy. Children must be able to, not only, say their numbers and recognize them, they must also build a concept of counting and cardinality. From there, their learning continues to grow and develop as children learn what numbers actually represent. One of the skills that is significant for students to learn is visual discrimination. Visual discrimination is the ability to recognize details in visual images. It allows children to identify and recognize the similarities and differences of shapes/forms, letters, numbers, colors, and position of objects, people, and printed materials. Visual discrimination skills are essential for all subjects, including mathematics.

Visual Discrimination and Visual Processing

Visual discrimination is a visual processing skill that can be practiced in the home and at school. Visual discrimination is the ability to recognize details in visual images. It is important to emphasize that the development of this skill can be an issue for some children. We can continue to practice the skill and develop it, but some children will struggle and we need to be aware that medication nor additional practice will help those with a visual processing issue.

Processing issues go undetected on basic vision tests. Scientists have actually identified eight types of visual processing issues that exist and visual discrimination is one of them. Many children with learning issues, like dyslexia, have visual processing issues.

Regardless, visual discrimination is an important skill and needs to be practiced as it affects learning, especially in mathematics.

Visual Discrimination in Mathematics 

Let's look at how visual discrimination skills are developed through mathematics. Visual discrimination is the ability to visually detect differences in variables such as shape, pattern, color, size, etc.

Looking at the variables mentioned, it's easy to see how widespread visual discrimination skills are within the context of mathematics!

First, in order for children to be comfortable with numbers and mathematical concepts they reply on the ability to distinguish between different number symbols. If you think about letters, various numbers are similar in formation.

In fact, look the visual I created on the right side. This shows several of the numerals that young children often confuse because of their formation.

Examples of Visual Discrimination in Mathematics 

It is easy to ask a young child, "What is two plus one?" and get a correct response. When this is written down, it is common that the same child would not complete the question is writing, "2 + 1 = ?" Weak visual discrimination skills make it difficult for children to distinguish between the numerals and symbols.

As if single digit numbers were not challenge enough, Children have to identify the numerals correctly AND they but process them in the correct order, from left to right. Triple- and quadruple-digit numbers also comes with the same challenge.
double-digit numbers pose a challenge.

For example, 14 and 41 represent different amounts but are composed of the same numerals. Children must distinguish the order of these two digits.

The numbers 10, 100, and 1000 have visually similar digits but the place value is much different.

Children need to be able to determine whether a letter was a lower case 'e' or 'c', or an upper case 'F' and 'E,' in order to read those pesky word problems!

Visual discrimination allows applies to time. Take 5:07 and 7:05 a.m. into account. I would much rather wake up at 7:05 a.m. than 5:07 a.m.

Moving into geometry, a square and a rectangle both have 4 sides, 4 vertices, and 4 right angles. Squares and rectangles are similar but there is one variable that is different, thus each one is its own shape with a distinguishing attribute or property. In this case, the length of the sides is different; hence, visual discrimination helps a child see the difference.

These are just a few of the examples that are found within mathematics where visual discrimination is significant.

Practicing Visual Discrimination Skills

We can see why is it imperative that children have strong visual discrimination skills.

The lack of visual discrimination skills can lead to problems future problems in understanding mathematics. For example, if your child is unable to distinguish the the number“1” from the number “7,” he will incorrectly read the number “11” as “77.” This will lead, inevitably, to frustration and self-doubt, as your child struggles to understand their solution does not make sense (which it likely will not since “11” and “77” are not interchangeable).

We can help children to refine their visual discrimination skills in fun ways so that they build their confidence in math!

Here is a quick list of activities that can be done at school or in the home to help!

- Sort and match objects (socks, markers, blocks, etc.)
- Collect things from the playground or backyard to sort into categories.
- Complete straight edge puzzles where children must pay attention to the details on each piece.
- Matching games or concentration where children spot the differences in the cards. You can use numbers or shapes.
- Make duplicates of some family photos. Show your child two identical pictures with one different picture and ask him which pictures are the same and which one is different.
- Use simple matching puzzles with the same two number, colors, or objects are both pieces.

If you do have children with visual processing issues, remember that there is no cure, but there are many strategies and supports that can help them. All children can benefit from learning to detect the differences in visual images.

I hope this post inspires you to create opportunities for your children to practice their visual discrimination skills, and if you want some basic numeral puzzles to help your child build their skills download them here on the blog. (See box below.)

What activities can you do in the home or classroom to build visual discrimination skills?

Technology is everywhere! Cell phones, tablets, and computers are brought between home and school daily. Many schools are doing away with their no tolerance policies of the past and embracing the usage of these devices in the classroom. Whether you enjoy using technology in the classroom or not, the EdTech movement is taking over as more schools are adopting the 1:1 environment (one-to-one computing). I have always used technology as a fun way to present information to my students in math, but now I am able to allow my students to practice and master the content using an engaging new app, Boom Cards by Boom Learning. This new platform allows my students to engage in the math content using interactive digital task cards. My students love using the digital task cards during math centers, independent practice, and small group instruction using the Boom Cards app.

Down River Resources creates interactive digital task cards for kindergarten, first, and second grade math, hosted on Boom Learning. They are perfect to use during math centers, independent practice, and small group instruction time.

Boom Cards Teaching Resources Engage Learners

I received a free subscription renewal in exchange for writing this blog. I only promote products or services that I have investigated, used, and truly feel deliver value to you.

Boom Learning keeps teachers and parents alike afloat because...

Down River Resources creates interactive digital task cards for kindergarten, first, and second grade math, hosted on Boom Learning. They are perfect to use during math centers, independent practice, and small group instruction time.
1. Digital task cards can help students practice and master specific skills.

2. Digital task cards can assess students' understanding of specific skills.

3. Digital task cards can be used to differentiate instruction since decks of cards can be assigned to students to complete in the classroom or home.

4. Digital task cards save time and money since there is no photocopying, cutting, laminating, or storing!

5. Digital task cards create a fun, interactive environment where game features keep students engaged and wanting more!

Requirements to Use Digital Task Cards

Down River Resources creates interactive digital task cards for kindergarten, first, and second grade math, hosted on Boom Learning. They are perfect to use during math centers, independent practice, and small group instruction time.There are three things required to use this digital platform: a device (computer, tablet, cell phone, or interactive whiteboard), the internet, and an account on Boom Learning

Boom Cards teaching resources can be played directly on the website or through an app from the App Store, Google Play, or Amazon.

Teachers and parents can choose from an ever-growing
library of task cards options to assign to your class or child. There is a range of grade levels, subjects, and topics covered. This variety is great to keep all students engaged in the content, whether the child needs intervention on a specific skill or a challenge in a subject!

One of the best things about digital task cards is that students receive immediate feedback which engages students!

Each answer the student provides receives instantaneous feedback. The cards are self-checking and allow the students to know if they got the answer correct or not. In addition,  there is summative feedback, or a summary of of how the student responded, at the end. (See image for a sample screenshot of summative feedback.)

Down River Resources creates interactive digital task cards for kindergarten, first, and second grade math, hosted on Boom Learning. They are perfect to use during math centers, independent practice, and small group instruction time.
Another perk of this platform is that the student learning experience is "game-ified" to encourage mastery, struggle, and repetition. Students engage more in the content because of this experience.

- Students earn gems for mastering content.
- Coins are rewards for persistence and struggle.
- Pulses (the lightening bolt) reward over-learning behaviors (the concept that learning past mastery leads to automaticity, with speed and accuracy).

Teachers have the ability to assign decks (sets of cards) to individual students so the practice can be very targeted for intervention purposes too. The assignment can be completed within the classroom or at home. Thus, parents can get involved in their child's learning too.

Parents Can Get Involved in Digital Learning

Down River Resources creates interactive digital task cards for kindergarten, first, and second grade math, hosted on Boom Learning. They are perfect to use during math centers, independent practice, and small group instruction time.There are convenient printable password cards so they can be distributed to the students. This card will information families on how to access the website or app at home. These are great for passing out during parent-teacher conferences when parents ask for things that they can do for their child at home! Now, families can also get engaged in their student's learning from home and on-the-go!

In the image titled, "Student View," parents can see the information and progress for their child once they login to the app or website.

Teachers and parents can see how many times it takes for a student to correctly answer a card too. This can help teachers and parents identify any difficulties the student may be facing during the practice sessions. Speed and accuracy is also accounted for in the reporting.

Parents: Ask your child's teacher if they are use Boom Learning. If not, they might be interested in this platform. You can always create a personal account to use with your child independent from the classroom.

https://www.teacherspayteachers.com/Product/Two-Dimensional-Shapes-and-Their-Attributes-Boom-Cards-TEKS-3177514?utm_source=DRR%20Blog%20%7C%20May%2029%2C%202017%20Orange%20Image-%20FREE&utm_campaign=FREE%20Geometry%20Boom%20CardsThere is so much excitement for this new platform. Teachers are wishing they had the opportunity to engage their students in these types of digital learning tasks sooner!

My nieces and nephews are all signed up too and using the digital task cards this summer to prepare for kindergarten, first, and second grades! I look forward to watching them grow and master math!

Digital learning, is an instructional practice that effectively uses technology to strengthen a student's learning experience. If you haven't joined the movement, this is one of the easiest ways I know! Boom Cards teaching resources, hosted on Boom Learning is surely one quick-fire way to enhance a student's learning experience in the classroom and at home.

I hope this post inspires you to check out Boom Cards by Boom Learning, and if you want to use a free deck of cards and try this out, please follow this over to my TpT Shop. 

(You will get a FREE "basic" account that comes with a few extra perks above the free trial for using that link!)

How would you use interactive digital task cards in your classroom or home?

I love using math interactive notebooks! They have been a part of my classroom routine since I moved to Texas. Regardless of the grades I’ve taught, I have found success using them with all of my students, especially in kindergarten, first, and second grades. After all, most of my teaching experience could be summed up by those three grade levels! While interactive notebooks can be used in any subject, my favorite subject to use them in is math! Take a look at five of the reasons why you need to check out my math interactive notebooks.

TEKS-aligned math interactive notebooks are perfect for kindergarten, first, and second grades.

Interactive Notebooks in the Mathematics Classroom

1. Math Interactive Notebooks are…well, interactive! 

TEKS-aligned math interactive notebooks are perfect for kindergarten, first, and second grades.Interactive notebooks allow students to get hands-on practice or show mastery of a specific concept or skill. Students practice or show their understanding of a topic by “interacting” with it within their notebook.

Interactive notebooks contain folds and flaps, or graphic organizers, that are created to “move” with the students. Students cut, fold, crease, and glue tabs into their notebooks. These specially-shaped pieces become a medium for the students. Students draw, write, generate, create, use, location, model, describe, solve, represent, determine, and a plethora of other actions, using their folds and flaps within the interactive notebooks.

Students are engaged and excited as they learn using their notebooks! 

These notebooks are just not for days when students are adding to it. My students use their notebooks daily as a scaffold and support for their new learning, new and old. I used to get frustrated when my students were constantly asking me how to special something or how exact of a process. Can you relate?

Interactive notebooks work as an anchor for student learning too. Just like a chart on the wall, students access the information that is kept directly in their notebook that they can use as they need. Students interact with the prior information found in their notebooks throughout their work time, math unit, and school year.

I recently took on a large scale project and created all of the templates you need to use math interactive notebooks in your kindergarten, first, or second grade classroom! With my experience as a teacher of all three of these grades (not all at the same time,) I have delved into the standards, taught, and lead my students to mastery and YOU can too!

2. Math Interactive Notebooks are a lot of work, but not anymore! 

TEKS-aligned math interactive notebooks are perfect for kindergarten, first, and second grades.When I first started using interactive notebooks, I spent hours on the computer studying the Texas standards, or TEKS. I would write down a list of the vocabulary words my students needed to know. In addition, I looked specifically at what my students needed to know, the content, to master the concept (e.g., how to generate a number, how to use place value, etc.) My weekends and week nights were consumed with planning this things out! You know the feeling! You've been there and done that too!

With my math interactive notebooks, there is NO homework for the teacher! Simply print the file! There are teacher pages designed with you in mind. These informational pages contain photographs of the actual folds and flaps and activities in use. This gives you a visual image of how the notebook is to look with the fold and flap in it!

With my interactive notebook, there is NO guesswork! For each fold and flap, there is also an answer key. The answer keys show the finished products as they should appear in the students' notebook.

No more guessing what should go underneath the flaps AND no more searching on the computer for definitions or specifics! 

Maybe this section's title should read: Math Interactive Notebook are simple!

3. Math Interactive Notebooks guide new Texas teachers and teachers new to the grade level.

TEKS-aligned math interactive notebooks are perfect for kindergarten, first, and second grades.I started my teaching career while I was living in my home state of New Mexico. Yep, the Land of Enchantment!

When I moved to Texas, it was a big task to learn the Texas standards, or TEKS. I am thankful for that experience now, but at the time, I felt like I was on a sinking ship. I was always drowning in information to look up and research.

When you download a math interactive notebook, you will see where you are going in your math unit. You will instantly know the main vocabulary words that your students need to master and the content you will be teaching. In a way, the notebook is a map for your journey through a unit!

If you fit into any one of these categories, math interactive notebooks are perfect for you if...

  • You're a brand new teacher! (Congratulations on landing a job in a rewarding field!)
  • You're a teacher who just moved to Texas. (You better learn how to say "ya'll" with a nice twang. Personally, I stick with "Howdy!")
  • You're an experienced teacher who recently moved grade levels. (Take one day at a time. Apply what your students loved last year in your new grade level, no matter the age gap. The students will love you!)

4. Math Interactive Notebooks keep you and your students organized. 

TEKS-aligned math interactive notebooks are perfect for kindergarten, first, and second grades.
Each math interactive notebook comes with one tab divider page. Not only does this page serve as a place marker in the notebook, it also gives specific information for the topic of the unit.

In this first grade example of the tab divider page, students have a visual that helps guide them through their learning.

Take a quick glance! Can you see what the students will be learning?

Along the top of the tab divider page, there is a visual organizer which shows the students the problem solving model. I attached an image to each step in the process to give the students additional support, which is important for younger students.

This is a great helper for you as the teacher to have a one-stop show for some of the bigger ideas in the unit. You may also be interested in printing a copy and sending it home for parents too!

5. Math Interactive Notebooks can be differentiated for ALL students.

TEKS-aligned math interactive notebooks are perfect for kindergarten, first, and second grades.
Interactive notebooks are inclusive. All students can thrive using their notebooks. There are some simple things that can be done with modify the activities to assist students who need additional support. 

You can add math manipulatives to add of the activities to give students additional hands-on practice and support as they are solving problems in their notebooks.

Some folds and flaps are meant to be written under, but I included strips that can be glued underneath the flaps too. These strips allow the freedom to differentiate in the classroom.

I felt strongly about the flexibility to differentiate the use of interactive notebooks. This is especially true with the vocabulary folds and flaps! There are a lot of words included. Most units contain between six to twelve words which means there are a lot of definitions!

Last year, I taught an average sized group, 22 students. In my classroom, I had two students who were being seen by an occupational therapist for difficultly with cutting, pasting, and writing.

When we used our interactive notebooks, the students' team members (grouped team created with their desks) would help cut and paste. I would write in all of the phrases or sentences that was just too overwhelming for the students. As I was designing these notebook units, it was imperative that I reduce the amount of assistance needed for complete the different activities. Of course, interactive notebooks need to be monitored, as with any assignment in the classroom.

I wanted the students to have more independence and feel successful putting their notebook together.

Whether you have used math interactive notebooks for years in your classroom and are looking for an easier way...or someone new to a grade level looking for hands-on, TEKS-aligned math activities, I am positive that you will benefit from my math interactive notebooks. I have taken the guesswork and homework out of planning the notebook unit components; provided support for all teachers, especially new teachers and those new to the grade level; placed an emphasis on organization; and made it easier to differentiate notebook activities.

I hope this post inspire you to try math interactive notebooks in your classroom, and if you want to check out my notebooks, they're in my TpT shop.

What is your favorite part of math interactive notebooks?

Multiplication and division can be difficult concepts to teach, especially if your second grade students have no prior experience with this type of thinking. It happens every year!  Multiplication and division problems are fundamentally different than addition and subtraction problem situations because of the types of quantities represented. Multiplication and division are taught together so that student can see that one operation is the reverse of the other. Let's make this year different! Using the mathematical principle of unitizing and the "GET" strategy, students will build their proficiency as they learn contextual multiplication and division in the math classroom.

Teaching Multiplication and Division in the Classroom 

Multiplication and Division are fundamentally different than addition and subtraction.

A simple addition problem situation could be: Ann has 3 cookies. Laura have her 4 more cookies. How many cookies does Ann have now? 

A simple multiplication problem situation could be: Ann has 3 bags of cookies with 4 cookies in each bag. How many cookies does Ann have? 

The numbers are the same but the quantities represented are different. This shift in thinking is what gives most students difficulty when transitioning from the operations of addition and subtraction to multiplication and division.

Second grade students need to be able to model, create, and describe contextual multiplication and division situations. What if there was something that could help bridge the gap for these students?

Unitizing Helps Students Shift Their Thinking 

 Have you heard of unitizing? It is an important, and often unknown, math word. Unitizing gives students a change in perspective.

Think back to the development of numeracy. Children learn to count objects one by one, also known as one-to-one correspondence. Instead of counting ten objects one by one, students can unitize them as one thing or one group. Another example of unitizing can be found within place value. Whenever we have 10 or more in a place value unit, we need to regroup. Thus, ten ones can also be thought of as a unit of ten.

This concept of unitizing is a big shift for students. It almost negates what our students originally learned about numbers. We want to help our students achieve the developmental milestone of unitizing. Unitizing is the underlying principle that guides students' learning.

Students need to use numbers to count, not only objects, but also groups... and to count them both simultaneously. Unitizing helps students build their proficiency in contextual multiplication and division.

Students need to be explicitly taught this principle and exposed to seeing it in action multiple times, much less subitizing in these primary grade levels. Show the students ten objects and tell them, " This is one group of 10." It seems simple, right? It is actually quite tricky for students to grasp, so repeat yourself...and repeat yourself. 

Multiplication and Division Strategy: Did You "GET" It?

Another trick for tackling multiplication and division is a little-known strategy. G-E-T is a simple acronym for an effective strategy when teaching contextual multiplication and division.

I have used the acronym before but I added this first step which helps build students' meta-cognition.

After reading through a word problem that involves multiplication or division, ask yourself: "Did you GET it?" If your answer is "yes," you probably followed these steps:

1. Read through the word problem at LEAST once.
2. Circle and label the number representing the GROUPS. (How many groups are the objects being divided  into?)*
3. Circle and label the number representing the EACH. (How many objects are within each group?)
4. Circle and label the number or noun represent the TOTAL. (How many total objects are altogether or in total?)

*When students label, they circle the number and noun (example: 12 cats) and they write the word to describe that part of the word problem (example: in this case, 12 cats would represent the total. The students would write the word TOTAL or the letter "T" on top of the circle.)

If your students label these three parts to a word problem, it will be so much easier solving for the unknown, whether is be the dividend, divisor, quotient, factors, or product.

Labeling word problems using the "GET" strategy is a non-negotiable in second and third grades! Of course, modeling and guided practice is a must before this layer of accountability takes effect! 

I hope this post inspires you to build your students' concept of unitizing and their proficiency with the "GET" strategy, and if you want to use my interactive math notebook on contextual multiplication and division, it's in my TpT shop.

What are some ways you build your students' proficiency in multiplication and division?

* References: Fosnot, C. & Dolk, M. (2001). Young mathematician at work: Constructing Multiplication and Division, NH: Heinemann. 
Spring brings butterflies, chicks, blossoms, and... plastic eggs! People near and far hunt for these special spherical objects hidden in secret places. I tend to just go straight to the seasonal aisles of my favorite stores and find a wide variety of plastic eggs to choose from with a lot less hassle. In recent years, the stores are stocking an eclectic mix of eggs. These eggs include special shapes (animals and carrots), unique patterns (faith-based words, animal print, camouflage), extra-sparkly glitter, golden, and transparent eggs...these probably just list the ones stocked at eye-level! I stockpile a large assortment of these diverse eggs and pair them with rigorous math concepts to create the perfect math centers for kindergarten, first, and second grades. While my ideas are focused on these grade levels, many of them can be adapted for other grades too! This is my go-to list for simple math centers using plastic eggs.

Creating the Best Math Centers Using Plastic Eggs

Matching Math Centers

Plastic eggs are versatile! You can write on them, fill them, or do both!

I love writing on them....probably because I stockpile school supplies like my husband stockpiles freeze-dried rations (insert "yuck" face!)

Numeral + Tens Frames (Kindergarten)

Grab a regular Sharpie marker and some of those eggs and get marking! One of my favorite ways for students to use the two parts of a plastic egg is to match the numeral to the tens frame. This helps students read and represent whole numbers 0 to 20 with objects (TEKS K.2B.)

You can also match the numeral to a tally mark, subitizing dots, the number word, or stickers placed on one of the parts!

Composing Ten (Kindergarten, First, & Second Grades)

Another way to use the "matching" concept is composing numbers. When two numbers are added together, this is called composing numbers. Students simply match two one-digit addends which add up to 10.

Kindergarten and first grade students are asked to compose numbers to 10 (TEKS K.2I & 1.3C.) This concept of putting two numbers together to form one can also build a second grade student's automaticity with basic facts (TEKS 2.4A.)

Stacking Math Centers

This might be my favorite way to use plastic eggs! Since you are only using one of the parts, the eggs go a long way. You will have more pieces to create more centers...and what do I want to make? More centers! 

Counting by Tens (Kindergarten & First Grades)

I love how simple algebraic reasoning skills can be practiced by stacking the pieces into a tower. Your students will think the best part of this math center is trying to make the tower stay up. It is VERY common that the entire tower will fall, so students are practicing a lot more than just algebraic reasoning with this center.

I use this center for counting by 10s (TEKS K.5.) This same concept can be applied to skip counting by 2s, 5s, and 10s (TEKS 1.5B.) Skip counting is also a great skill to continue practicing in second grade as the students will apply this skill to contextual multiplication. 

Sequencing Math Centers

No matter which grade level you teach, you can use this concept of sequencing numbers with plastic eggs. The concept remains unchanged, but the numbers will be different. You can also tailor this center to your students' needs. You may have a student who is struggling or advanced, whichever the case, add eggs with the numbers that best suits students' needs.

Kindergarten students practice numbers 0 through 20 (TEKS K.A,) while first grade students use numbers up to 120 (TEKS 1.2F.) Second grade students practice ordering numbers up to 1,200 (TEKS 2.2D.)

Ordering Whole Numbers (Kindergarten, First, & Second Grades)

This egg carrier was purchased at Dollar General for $2. They can also be found at Dollar Tree for $1. Most of these egg carriers hold 12 or 24 eggs. You can make the exact amount of eggs needed or less. The carrier just acts as a place holder for the eggs.

The best thing of all if that there is a center section which can hold the pile of eggs (see the top part of the image.) Students can pick up one egg at a time and place it in a spot. As students pick up additional eggs, they may need to move eggs as the place value of each of the numbers is determined. The carrier works as an open number line.

Filled Math Centers

Using filled plastic eggs, you could teach any math skill! You can write numbers, draw shapes, or create word problems on a piece of paper, fold it up, and place it inside a plastic egg! That's as simple as ABC, friends. I use a variety of materials to fill the eggs just to keep my students interested in egg activities so they are not repetitive.

_ More and _ Less (Kindergarten, First, & Second Grades)

Yes, there is a reason I left a blank in the title for this section! You can tailor this center to meet the needs of any grade level or any child.

Kindergarten students are working on one more and one less (TEKS K.2F,) while first grade students are learning 10 more and 10 less than a given number up to 120 (TEKS 1.5.) Second graders expand on this idea by determining the number than is 10 or 100 more or less than a given number up to 1,200 (TEKS 2.7B.)

You can place a card within the math center to indicate if the students are working on the number than is _ more or _ less than the given number or they can generate both numbers.

I had students simply take a strip of notebook paper and number it, like we do for spelling tests, then students drew their eggs, opened them up, and recorded their answers individually. The example shown is for first grade (10 more and 10 less than a given number). The numbers on the eggs represent the problem number for recording purposes. The number on the sticky note is the number that students use to generate their answers.

Counting (Kindergarten)

We all need another excuse to buy those irresistibly cute Target erasers, right?! Well, here's another one!

Fill the eggs with a certain number of erasers. Students will open one egg at a time and count to determine the quantity held in the eggs. I numbered the eggs so that the students can record their answers.

Again, I used a strip of notebook paper and had students number it, like we do for spelling tests. As they select eggs out of the basket or container, they record the answer on the corresponding line.

Kindergarten students are learning to count forward to 20 (TEKS K.2A,) and counting a set of objects up to at least 20 (TEKS K.2C.) This activity also build students' one-to-one number correspondence. 

Graphing (Kindergarten, First, and Second Grades)

This same concept of filling the eggs or placing objects within them can be applied to data collection, each egg could contain a specific object (erasers, jelly beans, etc.) and students record the data on a bar graph or picture graph. Students are learning how to collect and organize data (TEKS K.8ABC, 1.8ABC, 2.10CD.)

Coin Collections (First and Second Grades)

Fill plastic eggs with coins. I try to use real coins when I am able to as they are more life-like. Plus, there are so many varieties of coins, I have yet to find a math manipulative that captures their new look. Each egg is filled with a different combination of coins.

First graders are learning how to count by 1s to add up the value of pennies and skip count by 5s and 10s to add up the value of nickels and dimes (TEKS 1.4ABC). Second grade students are determining the value of a collection of coins up to one dollar (TEKS 2.5AB.)

I used a strip of notebook paper and had students number it, like we do for spelling tests. As they select eggs out of the basket or container, they record the answer on the corresponding line. In the example in the photograph, I had the second graders write the value of the collection of coins using the cent symbol and the dollar sign and decimal point to specifically meet the rigor within the second grade standard (TEKS 2.5B.) First graders would write the value of the collection of coins using the cent symbol.

Whew! That was a plethora of ways that you are create the BEST math centers using plastic eggs. I love that each of these math centers are rigorous.

Did you notice each idea I used was standards-based and met the specificity described? Students are practicing the power words in education: determining, generating, representing, composing! These are the higher-order thinking skills we want them to use and practice, practice, practice. Why not use plastic eggs to accomplish this? 

In addition, these dynamic math centers are be differentiated based on your students' needs. If your students has not mastered three-digit numbers, create some eggs with two-digits. If your students have surpassed the grade level goal, make them four-digit numbers! I love using plastic eggs in math centers as they are rigorous and meet the needs of diverse learners in my classroom.

I hope this inspires you to turn those leftover plastic eggs into some engaging math centers for diverse learners!

What is your favorite way to use plastic eggs for math centers?

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Plastic eggs are not just for an Easter egg hunts! After a delicious Easter meal, the kids take part in a large Easter egg hunt at my parent's house. There are so many good hiding spots and, as usual, the older kids dominate the hunt. Colorful, plastic eggs jingle with coins and jellybeans...chocolate and a dollar bills too, but only if you are lucky! After a few quick minutes, everyone gathers back on the porch. The kids quickly hide their money (after counting it, of course!) and throw their eggs into a large sack. While everyone is eating jelly beans and some eat chocolate, I begin my favorite activity of the post-Easter season! I re-purpose those colorful, plastic eggs and create rigorous math centers that can be used for the rest of the school year. While I hunt high and low for interesting eggs, I can never have enough. So, what's the big deal with plastic eggs? I'm glad you asked...

Top Five Reasons to Use Plastic Eggs in Your Math Centers

1. Plastic eggs are inexpensive...unless you buy an entire cart full of them. Guilty as charged!

Most of the eggs I buy are about 98 cents to $2.00 per package. Of course, the basic colorful eggs are most inexpensive, while the larger, themed eggs are most expensive. I try and think about what I would like to use them for before I buy so I can have a quantity in mind...but most of the time I just buy, at least, two packages. That way, I am guaranteed to have a little variety in whatever I end up creating! I mean, when you see cute eggs you just buy them...kind of like those Target erasers. Gasp!

2. Plastic eggs can be used year-round. There is so much diversity in the type of eggs you can buy, you can use them seasonally and/or with your classroom themes.

I have eggs with sports theme that I use during those seasons. I also use the animal-shaped eggs to coincide with teaching about organisms. I love making as many cross-curricular connections using math as possible. Not only is it a great way to spiral, or revisit, previously taught content, it also gets the students engaged with the theme!

3. Plastic eggs provide a hands-on, or tactile, way which stimulates the brain.

Tactile learning take place when the students are carrying out the actual physical activity! Whether the students are sorting through the eggs or opening them up, students are actively participating in the math center.

4. Plastic eggs are versatile.... they can be written on with a permanent marker, stickers can be added on them, and/or they can be filled!

Pick your favorite way to use plastic eggs, mix it up, or use them all! Plastic eggs allow you to use them creatively to accomplish your specific learning goals for math centers.

My favorite writing tool to use on plastic eggs is a regular Sharpie marker in black. It goes on nice and smooth. I tried the flip chart version of the marker and it left marks.

5. Plastic eggs are reusable! Not only can you have an amaaazing Easter egg hunt with them, but you can use them within a center.

Don't worry if you are late to the Easter egg party! If you create a last-minute center this year, it will be ready to go for next year! You can break apart the eggs to compress them for storage, creating towers of like ends. Perhaps, you can even find some eggs on clearance... fingers crossed!

Why would you buy plastic eggs for your math classroom?

Have you heard of the interactive math game, Splat!? There are different variations and different games with the same name, but I use this interactive game to get my students engaged about a particular math concept which we have already learned. It can be used for interactive math reviews. It encourages students to analyze number relationships to connect and communicate mathematical ideas. This is a process standard that students can always use more support in practicing. Splat! is a fun way to apply mathematical concepts and makes for a fun math center, small group, or whole group game.

Using Splat! in the Math Classroom

Suggested Age Range for Activity

Splat! can be used with any grade level of students, just make sure that the content being reviewed is developmentally age appropriate or specific to your grade level's standards. 

Preparing for Activity 

Splat! games are relatively easy to prep. You will need a tall cylindrical tower. It works best with a potato chip can!

If you needed an excuse to buy more potato chips, here it is! After all, once you pop, the fun just doesn't stop! Now, the fun can continue for your entire school year! 

First, print out the cards. Then, cut out the cards and laminate. My games are created in both blackline, for ink savings, and in color which really makes the fun seasonal faces POP!

Regardless of which route you take, I recommend printing the cover for the cylindrical can in color. I use white copy paper so it bends around the surface better. I added some colorful complimentary washi tape on the top edge.

If using a tall can, you will need something to make up the difference, as the paper is only 8x11 inches tall. If you use a new shorter can, you will have to cut a little of the space on the top as the height of the can is shorter than the paper! (I've tried both ways! The really good flavors of chips come in the shorter cans! I like using the tall cans so I can utilize my colorful washi tape!)

To make it last longer and protect it from water and dirty hands, add packing tape around the paper as a protective

Teacher Tip: The thing that I love the most about Splat! is that the can you use to create the tower in the game also serves as storage for all of the game cards! 

To make the cards self-correcting, mark the correct answers with an adhesive dot on the back (yard sale sticker). If playing with your class, there is no need for this step, unless you will be adding it to an independent math center or station or using it for an activity for early finishers.

Reviewing Math Concepts with the Game Splat!

I try to find simple skills in the list of standards that could be turned into a one line question for the games I create.

Kindergarten Sample Questions:
What is 1 more than 6?
What is 1 less than 8?

First Grade Sample Questions:
What is 10 more than 55?
What is 10 less than 34?

Second Grade Sample Questions:
Is 27 odd or even?
Is 15 odd or even?

How to Play the Interactive Game Splat!

To play, set a timer for the amount of time you have to play, or stop play when the session is over.

1. Mix up the cards (math question cards + Did Somebody Say Splat Cards + challenge cards). Place the deck of cards facedown on the table.

2. Have players read the card and generate the correct response. The player should say that answer three times. This is my variation, but can be modified however you'd like.

3. After they answer the question, they place the card on the top of the tower.

If players pick a Did Somebody Say, “Splat?” card, they should simply place that card carefully on top of the “tower.”

If it stays there securely, that players turn is over. If that card or any other cards go SPLAT (falls off the tower,) that player must take all cards that fell.

If they pick a #challenge card they must follow the directions on the card. The same procedures apply.

The object of the game is to stack cards carefully without making any go SPLAT! Players that knock down cards must take them. 

At the end of play (either when the session ends, the timer rings or there are no more cards to play), the player with the LEAST cards is the winner!

There are so many different ways that you can manipulate the play of this game using the three different cards types. Find the way that you like best and get your students excited about math! 

I hope this post inspires you to use Splat! in your classroom and if you want to use my Splat! games, they're in my TpT shop.

What are some other ways you review math concepts in your classroom?

Have you heard of clip cards? Often used in preschool and kindergarten classrooms, clip cards or count and clip cards are great for practicing a variety of skills. They can be used with any subject, but, of course, my favorite is math. My students are able to practice rote counting and one-to-one correspondence with most of the sets of clip cards. Students look at the large box and count "how many" and place the clip on the correct answer. Not only do they benefit from practicing the math skills, they also practice their fine motor skills when attaching the clothespins to the correct answers.

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Using Clip Cards in the Math Classroom

Down River Resources Suggested Age Range for Activity

Clip cards are best for early learners (pre-school through first grades.) Older students with a diverse range of learning abilities can also benefit from this hands-on math center.

Preparing for Activity 

Clip cards are relatively easy to prep. First, print out the cards. Then, cut out the cards and laminate. 

Teacher Tip: I always suggest laminating the cards for durability. If you are planning on using these as early or fast finisher activities or within a regularly visited math center, it is best to always laminate first. Otherwise, you will have stray marks on random cards that will drive you cRaZy! Trust me, friend. Even if you plan on using the cards once, it'll be worth it. You can use these cards for small groups, Guided Math, intervention time, or tutoring later. In addition, the weight of clothespins will bend the cards if they are not laminated.

To make the cards self-correcting, mark the correct answers with an adhesive dot on the back (yard sale sticker).

You can set them in a basket or bin and they're ready to go!

Ways to Maximize the Usage of Clip Cards

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At first, students are just learning their numbers so this type of practice may be difficult. It also may come very easily to other students. It is important to maximize the use of any resource in the classroom, especially if your goal is to meet the needs of ALL of your students, especially those who need additionally support. 

One thing I like best about clip cards is that I am able to use one set of cards and differentiate the activity type of segments of my students. I have several students who are struggling and need a lot of hands-on, tactile practice with manipulatives. I can use clip cards can benefit these students! On the other hand, I have students who are mastering the basic math skills and are ready for a challenge. Clip cards are also advantageous for these students as well.

Here are some of my go-to tools I use to maximize the usage of clip cards in my classroom:

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Add a dry erase marker and board to the math center. Students can write a different way to represent the number on the dry erase board as an extension activity. Or, students can write the numeral for additional practice.

It is important for students to know how to represent whole numbers in various ways with and without picture and objects. This is a great activity to build this foundation of whole numbers.
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Did you need ANOTHER excuse to buy erasers? I know I sure did! Add a small bin of erasers to the math center. Students can practice one-to-one correspondence by adding an eraser on top of each object depicted on the card.

One-to-one correspondence is when you match one object to one other object or person. You can practice this in various contexts but it is best to use a tactile method first. This is often why you see parents using their fingers while saying their numbers as it builds on this skill. A number doesn't mean anything if you do not know that it represents a quantity.

Down River ResourcesAdd a laminated ten frame to the center and that small bin of erasers to your math center. Students can practice building the number of the ten frame.

This extension allows students to practice applying the mathematical process standards to acquire and demonstrate mathematical thinking. Students are able to create and use representations to organize, record, and communicate mathematical ideas.

Students not allow build the number on the tens frame, but they can explain to their partner how they built the number. It is important that students know that when using a ten frame, they place objects one-by-one, from top to bottom and left to right

Clip cards can be used in so many ways to benefit our students in the math classroom. They build students' number sense and fine motor skills. These cards are great for so students can acquire and demonstrate mathematical understanding.

I hope this post inspires you to use clip cards in your classroom and if you want to use my clip cards, they're in my TpT shop.

What are some other ways to use clip cards in your classroom?

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