The purpose of a ‘We Flip for Math’ Flip Book, is to provide a struggling student with a step-by-step guide to take them through the process they are struggling with. The complexity of some skills can be quite challenging for many students. Being able to remember all the steps can become overwhelming. A flip-book can help walk these children through the process. In addition, I have found flip-books can be helpful when sending homework home. Including a flip book can make for very happy parents! This free flip book is a ‘three-in-one’ flip-book. • Section 1 provides a step-by-step guide for multiplying a fraction and a whole number. • Section 2 demonstrates how to multiply two fractions. • Section 3 focuses on how to multiply mixed numbers. If you like this flip book be sure to check out others being offered at my store!

This Place Value chart contains Millions thru Thousandths place value. Each page contains 2 charts. I like to laminate several of these for use in small groups or at centers. Students can write and wipe various numbers for place value practice. I hope you enjoy this free printable.

Distribute this one page handout to your students when starting a lesson on customary units of length. Allow students to use it as a reference, when making conversions.

This one page handout allows students to visualize how a gallon, quart, pint and cup all relate to each other. While there are several different visual representations for these customary capacity measurements, I have found that students can relate to this representation better than others.

Solve & Check cards POP with Color! This set features single-digit divisor long division problems. There will be remainders. A Solve & Check Math Skills set contains: • 32 vibrant math skill cards. Each card has an equation in the center along with 4 possible answers (an answer is located in each corner of every card). After solving the equation, the student finds the answer and records the coordinating color on the recording sheet. Please view the preview page for and example of the types of questions on the task cards. • Card cover which can be used to help identify the math skill when displaying or storing the cards. • A two-sided student recording sheet. • A two-sided color coded answer key. Note! This set does not include QR codes!

Solve & Check cards POP with Color! This set features Evaluating Numerical Expressions A Solve & Check Math Skills set contains: • 32 math skill cards. Each card has an equation in the center along with 4 possible answers (an answer is located in each corner of every card). After solving the equation, the student finds the answer the got and scans the QR code. If the correct QR code is scanned the word ‘YES!!!’ will be revealed. If an incorrect answer is scanned, the word ‘Sorry’, ‘No’ or ‘Try Again’ will be revealed. Please view the preview page for and example of the types of questions on the task cards. • Four white-out cards which can be used to cover QR codes that are not being scanned • Card cover which can be used to help identify the math skill when displaying or storing the cards. • A two-sided student recording sheet. • A two-sided color coded answer key.

Students love this step-by-step, hands-on guide for Dividing Decimals! The purpose of a ‘We Flip for Math’ Flip Book, is to provide a struggling student witha step-by-step guide to take them through the process they are struggling with. I have various flip books available in my classroom, but only after I’ve taught the concept and we have practiced it a number of times. The complexity of some skills can be quite challenging for many students. Being able to remember all the steps can become overwhelming for some. A flip-book can help walk these children through the process. In addition, I have found flip-books can be helpful when sending homework home . Including a flip book can make for very happy parents! This packet contains three flip-books. • The first flip-book provides a step-by-step guide for dividing a decimal by a whole number. • The second flip-book covers how to divide two decimals. • The third flip-book demonstrates how to divide a whole number by a decimal. Each flip-book has two step-by-step examples. One example contains a equation without a remainder and the second example shows an equation with a remainder. Each flip-book has an individual cover so you can make three separate flip-books. Also included are ready-made tabs that can be used to divide sections if you choose to combine all three books into one flip-book.

The purpose of a ‘We Flip for Math’ Flip Book, is to provide a struggling student with a step-by-step guide to take them through the process they are struggling with. I have various flip books available in my classroom, but only after I’ve taught the concept and we have practiced it a number of times. The complexity of some skills can be quite challenging for many students. Being able to remember all the steps can become overwhelming for some. A flip-book can help walk these children through the process. In addition, I have found flip-books can be helpful when sending homework home . Including a flip book can make for very happy parents! This packet contains a 2-part flip-book that focuses on multiples. In the first section, the step-by-step process for finding a single number's multiples is given. The second section, shows how to use The 'M' Method to find the Least Common Multiple of two numbers. Also included are 10 ‘Jumbo’ practice cards and two ready-made tabs for dividing the two parts. Answer key is included. Just a note, The 'M' Method for finding LCM works well when first introducing the concept of finding the LCM. The method is quite different than finding GCF, which helps prevent confusing the two skills. The method also provides a very structured approach that makes the skill easier for most students to master.

Turn to Learn task cards are fun to use because students love using a QR code reader to check their answers. This product contains: • 24 task card with a two-digit divisor long division problem without remainders. • 24 cards with a corresponding QR code. The QR codes are the answers to the problems. • 2-sided workspace recording sheet that students can use to solve the problems. Students needing more space will have to use their own paper. • Traditional answer key for those not wanting to use the QR code component. To Assemble: Print off all task card problems. Then print the QR codes on the back side. Be sure the Question numbers match up. I like to run task cards on card stock and laminate for durability. Cut on dotted lines. Put cards in sequential order, with cover and directions on top. The margin on the left side of each card is for binding (or hole punch). I prefer to bind. How to Use: Students use the 2-sided workspace recording sheet to solve each of the 24 questions. Students then use a QR reader to check answers as they go or after they’ve finished a predetermined amount of questions. Check out my "Stimulating Motivation with QR Codes" blog post regarding how to assemble and use this product.

This set contains 24 task cards designed to practice metric conversions and metric comparisons. Also included is a title task card, 3 take a break cards, a student recording sheet and an answer key. I would recommend printing task cards and answer key on white card stock and then laminating for durability. I hope you enjoy this product! If you do, you might want to check out other Early Bird Task Card Sets--including the Freebie set titled The Early Bird Task Cards for Mean, Median, Mode & Range Don't forget to leave feedback...I LOVE to hear from my customers. If you find an error or have issues with this product please contact me via the Questions for Seller tab before leaving negative feedback. I am very passionate about my products and would really appreciate the opportunity to make it right with you, the customer. Please give me that opportunity.

Integer Rules resource for students and parents! This fold-up resource provides students with the rules for adding, subtracting, multiplying and dividing integers. Included in this packet is a four-flap fold-up. The fold-up explains the rule for each operation and provides examples of each. The teacher has two options for the inside of the fold-up. One option is completely filled in. The second option has empty example boxes for the students to fill in with problems of their own. To assemble the fold-up, run a copy of the outside (p.3). The outside will appear to be upside-down. This is done intentionally for a proper fold-up. Next, choose the inside (either p. 4 or 5) and run it on the backside of the outside. Next, with the inside face up, bring the bottom of the page up to the center black line and fold. Then, bring the top of the page down to the center black line and fold. Finally, cut on the 2 dotted lines. The end result should be a four-flap fold up. I have also included to 2-sided worksheet to use with students. Also, included is an answer key.

The Early Bird Learns! This set contains: • 24 task cards designed to practice the Rules of Divisibility for the numbers 2, 3, 4, 5, 6, 7, 9, 10, 11 and 12. • A single sheet that lists the divisibility rule for each of the above numbers. • Title task card. • 3 take a break cards. • A student recording sheet (color and black and white). • Answer key. I would recommend printing task cards and answer key on white card stock and then laminating for durability.

This Goofy Gorilla card game allows students to practice multiplying decimals by powers of ten in the classic ‘Old Maid’ game format. In addition, the cards could be used to play the classic game of “Concentration”--just remove the “Goofy Gorilla” card. The set contains a total of twenty-seven pairs of cards. The equation card might be 2.43 x 100 and the matching answer card would be 243. Also, included is the “Goofy Gorilla” card (my version of the ‘Old Maid’) and an instruction card.

Pokey Porcupine provides a fun way to practice math skills! This Pokey Porcupine card game allows students to practice solving variable equations while playing a friendly game of Poke. In addition, the cards could be by individual a student at their desk. Be sure to check the preview for the types of questions students will be asked to solve. The set contains: • 36 poke cards. • Instructions for assembly. • Instructions for game play. • Answer key.

Turn to Learn task cards are fun to use because students love using a QR code reader to check their answers. This product contains: • 24 Task Cards. Each card has a fraction subtraction equation. • Students will need to know: -How to find the common denominator -Write equivalent fractions. -Subtract the equivalent fractions. -Simplify the answer to lowest terms. This does involve writing an improper fraction as a mixed number on a few of the cards. Please see preview page to see an example of the problems. • 24 cards with a corresponding QR code. The QR codes are the answers to the problems. • 2-sided workspace recording sheet that students can use to solve the problems. Students needing more space will have to use their own paper. • Traditional answer key for those not wanting to use the QR code component. To Assemble: Print off all task card problems. Then print the QR codes on the back side. Be sure the Question numbers match up. I like to run task cards on card stock and laminate for durability. Cut on dotted lines. Put cards in sequential order, with cover and directions on top. The margin on the left side of each card is for binding (or hole punch). I prefer to bind. How to Use: Students use the 2-sided workspace recording sheet to solve each of the 24 questions. Students then use a QR reader to check answers as they go or after they’ve finished a predetermined amount of questions.

FOUR fold-ups for one GREAT price! This packet contains four different decimal fold-ups. Each fold-up is designed to fit perfectly in a math journal or be used as a stand alone resource. • The first fold-up divides adding and subtracting decimals into an easy to follow three step process. Run front cover on one side of paper and inside steps on other side. Trim on grey line for a nice fit in any math journal. • Fold-up number two is a half sheet, two-flap fold-up that shows multiplying decimals in two easy steps. Two fold-ups per sheet. Again, run cover on one side of paper and inside on the other side. Note that the cover is upside down for easier assembly. • Fold-up number three shows three types of division with decimals: Dividing a decimal by a whole number, dividing a decimal number by a decimal number and finally, dividing a whole number by a decimal. Don't teach all three? Just cut away the type you don't want. Think all three in one fold-up is too much for your students? Cut all three apart and present one at a time. Run cover and inside as described above. Trim on grey line for a nicer fit in a math journal. • The fourth (and final) decimal 3 flap fold-up, explains rounding decimals, comparing decimals and converting a decimal to a percent. Run copies as stated above. Trim on grey line for a nicer fit in a math journal. As always, I recommend you run a test copy just to make sure you have the front and back on right and the fold-up folds up correctly.

But a bundle and save! This "Bundled for Savings" set contains BOTH of Mrs. B's Best Selling Measurement products! • Converting Customary Measures Fold-Up & More • Converting Metric Measures Fold-Up & More You get TWO complete products at a savings when buying in a bundled package!

Perfect Partial Quotient resource for students and parents! The new Common Core Standards for Math prompted me to create this Partial Quotient Strategy pack for use with students and with parents. This fold-up resource models how to use the partial quotient method to solve a double-digit divisor division problem using the partial quotient method. The example shows a simple strategy that could be used with any equation. It then goes on to explain that once you master the method, you will be able to see faster ways to reach the answer. I do teach the Partial Quotient Strategy to all my students. We begin with single-digit divisors and then quickly move on to double-digit. I feel the real power of partial quotient is recognized when using it to solve double-digit divisor problems. If practiced enough, students will learn the method and most will use it when doing double-digit divisor equations. Thus, eliminating the dreaded double-digit divisor problem being solved with the standard algorithm. Now for parents. When I first began teaching this method I kept hearing time and time again how challenging the math was. How the parents could not even help their child with their math because the way we are solving problems is ‘not the way they learned it’. So, I created this fold-up resource not only for my students, but for their parents as well. Having this resource with homework or in a math journal has remedied any concerns or problems. Included in this packet is a one-fold fold-up. The fold-up gives an example of dividing a 2-digit divisor equation using the partial quotient method. I have also included to 2-sided worksheet to use with students. Also, included is an answer key. If you would like to see pictures of the single-digit divisor fold-up, please visit Mrs. B's Best Blog. While the fold-up shown is not the one included in this product, it does show you how to assemble the fold-up.

This packet contains a ‘three examples + practice’ flip-book. • The 1st example provides a step-by-step guide for dividing a 3-digit number by a 1-digit number (no remainder). • The 2nd example shows how to divide a 4-digit number by a 1-digit number (with remainder). • The last example demonstrates how to divide a 3-digit number by a 2-digit number (with remainder). • The final section provides several practice problems along with an answer key. • In addition, I included some ready-made index tabs for marking each of the four sections.

This Goofy Gorilla card game allows students to practice divison patterns with multiples of 10 in the classic ‘Old Maid’ game format. In addition, the cards could be used to play the classic game of “Concentration”--just remove the “Goofy Gorilla” card. The set contains a total of twenty-seven pairs of cards. The equation card might be 2,100 divided by 30 and the matching answer card would be 70. Also, included is the “Goofy Gorilla” card (my version of the ‘Old Maid’) and an instruction card. I also included a poster that shows the steps I teach the kids when learning how this pattern works.