"I Have, Whoooo Has" is a fun game that can be used to practice a variety of skills. This pack includes THREE sets, all designed to practice multiplying a decimal by a power of ten. I have found that having a deep understanding of multiplying and dividing by powers of ten is critical to mastering the metric system which is usually introduced later in the school year. Laying the groundwork early with this type of practice, makes the metric system so much easier for all students. Please take a look at the preview page to see the types of questions asked. Each set includes 24 cards. Also included are card covers. I usually run a cover on the backside of each card. This allows me to easily keep sets together and not mixed up. Plus, it adds some color to the game. If colored printer ink is at a premium, you can choose to run the black and white cover instead. Again, this will allow you to keep the cards in the proper set. You can play this game whole class by distributing cards to all students. Note that some students may have more than one card. Next, the teacher prompts the student that has the first card to start by reading their card. Students will have to determine the next number in the sequence. Whichever student has the card with the correct answer will read theirs. And so on. The game continues until the last student reads their card, "I have the last card!" Another alternative to playing whole class is to play it with small groups of students. The process would work the same way, however each student would have multiple cards. I like playing it this way even better, because it really keeps the players on their toes. So, in my room, this is usually an activity that groups of 6 or 8 play. Now, since you have 3 sets with this purchase, you could have three groups of 8 playing at once in your room. As I said, if a player has multiple cards, they have to be paying attention. Let’s face it we all know that many students will be less attentive once they have read their card.

"I Have, Whoooo Has" is a fun game that can be used to practice a variety of skills. This pack includes THREE sets, all designed to practice dividing a decimal by a power of ten. I have found that having a deep understanding of multiplying and dividing by powers of ten is critical to mastering the metric system which is usually introduced later in the school year. Laying the groundwork early with this type of practice, makes the metric system so much easier for all students. Please take a look at the preview page to see the types of questions asked. Each set includes 24 cards. Also included are card covers. I usually run a cover on the backside of each card. This allows me to easily keep sets together and not mixed up. Plus, it adds some color to the game. If colored printer ink is at a premium, you can choose to run the black and white cover instead. Again, this will allow you to keep the cards in the proper set. You can play this game whole class by distributing cards to all students. Note that some students may have more than one card. Next, the teacher prompts the student that has the first card to start by reading their card. Students will have to determine the next number in the sequence. Whichever student has the card with the correct answer will read theirs. And so on. The game continues until the last student reads their card, "I have the last card!" Another alternative to playing whole class is to play it with small groups of students. The process would work the same way, however each student would have multiple cards. I like playing it this way even better, because it really keeps the players on their toes. So, in my room, this is usually an activity that groups of 6 or 8 play. Now, since you have 3 sets with this purchase, you could have three groups of 8 playing at once in your room. As I said, if a player has multiple cards, they have to be paying attention. Let’s face it we all know that many students will be less attentive once they have read their card.

Give students the review they need to master the skill! If there is one thing I have learned since I began teaching math to 5th graders 10 years ago, it is that students must practice a skill repeatedly. Just because a student is able to find the median of a number set, does not mean they will remember the skill a month later. With this in mind, each day I set aside a portion of time to practice previously taught skills. From this practice, R.E.D., Review Every Day, was born. This packet contains 28 quick review half sheets focused on statistics. All statistics skills are practiced: Minimum value, maximum value, median, range, mode and mean. Most reviews have 12 questions. Beginning with Review 14, every other lesson requires students to gather data from a graph or table. Students are required to use the data gathered to calculate various statistics. Please note that this packet does NOT teach the skill, but only serves to review the skill after you have taught it to the students. Each review has anywhere from 8 to 12 questions. In my classroom I spread the 28 lessons out and usually do not use them one day after another. I have other RED lessons that I would mix and match. So, for instance, Monday might be Fractions 1 and Tuesday might be Decimals 1. By Friday, I may be ready to use Fractions 2. Each review is a half-sheet. Lesson 1 and Lesson 3 are on page 1. Lesson 2 and Lesson 4 are on page 2. I do this intentionally. If you run page 1 on the front and page 2 on the back and then cut the sheet in half, you will have Fractions 1 on the front and Fractions 2 on the back. The entire document is set up this way. This saves paper, and allows the teacher to teach the lessons in order and in a more efficient way. At the back of the packet you will find the answer key which provides the answers to all questions.

Kids love experimenting with the Short Division Method! 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 flip book product shows students the step-by-step process for using the 'short' division method to divide. NOTE--The 'short' division method is designed to be used when dividing by a single-digit divisor. There are no examples of how to use this method with multiple-digit divisors. This method is not easily used with multiple-digit divisors and not recommended. If you are wanting a product that demonstrates how to divide using multiple-digit divisors, this is NOT the product for you :) This packet contains a ‘three-in-one’ flip-book. • Section 1 provides a step-by-step guide for using 'short' division to divide small numbers by a single-digit divisor. • Section 2 covers how to use the 'short' division method to divide larger numbers by a single digit. • Section 3 demonstrates how to use the 'short' division method to divide numbers with remainders by a single-digit. • Ready-made index tabs for marking each of the four sections.

A step-by-step guide for using the Order of Operations! 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 product contains two complete flip books. One uses the term PEMDAS with the 'P' referring to parentheses. The second flip book uses the term GEMDAS with the 'G' referring to grouping symbols. Each flip-book is a ‘multiple-section’ flip-book. • The first flip-book section provides definitions. • The second flip-book section provides four examples. • The third flip-book section defines additional grouping symbols. • Ready-made file tabs which can be used to divide each section. • A single page Order of Operations flowchart. This chart can be used when students are first learning the Order of Operations rules. I recommend laminating and allowing students to write directly on the flow-chart for added fun!

"I Have, Whoooo Has" is a fun game that can be used to practice a variety of skills. This pack includes THREE sets, all designed to practice using mental math to add and subtract numbers 1 - 100. Please take a look at the preview page to see the types of questions asked. Each set includes 24 cards. Also included are card covers. I usually run a cover on the backside of each card. This allows me to easily keep sets together and not mixed up. Plus, it adds some color to the game. If colored printer ink is at a premium, you can choose to run the black and white cover instead. Again, this will allow you to keep the cards in the proper set. You can play this game whole class by distributing cards to all students. Note that some students may have more than one card. Next, the teacher prompts the student that has the first card to start by reading their card. Students will have to determine the next number in the sequence. Whichever student has the card with the correct answer will read theirs. And so on. The game continues until the last student reads their card, "I have the last card!" Another alternative to playing whole class is to play it with small groups of students. The process would work the same way, however each student would have multiple cards. I like playing it this way even better, because it really keeps the players on their toes. So, in my room, this is usually an activity that groups of 6 or 8 play. Now, since you have 3 sets with this purchase, you could have three groups of 8 playing at once in your room.

"I Have, Whoooo Has" is a fun game that can be used to practice a variety of skills. This pack includes THREE sets, all designed to practice the math skill - Elapsed Time. Each set includes 24 cards. Also included are card covers. I usually run a cover on the backside of each card. This allows me to easily keep sets together and not mixed up. Plus, it adds some color to the game. If colored printer ink is at a premium, you can choose to run the black and white cover instead. Again, this will allow you to keep the cards in the proper set. You can play this game whole class by distributing cards to all students. Note that some students may have more than one card. Next, the teacher prompts the student that has the first card to start by reading their card. Students will have to determine the next number in the sequence. Whichever student has the card with the correct answer will read theirs. And so on. The game continues until the last student reads their card, "I have the last card!" Another alternative to playing whole class is to play it with small groups of students. The process would work the same way, however each student would have multiple cards. I like playing it this way even better, because it really keeps the players on their toes. So, in my room, this is usually an activity that groups of 6 or 8 play. Now, since you have 3 sets with this purchase, you could have three groups of 8 playing at once in your room. As I said, if a player has multiple cards, they have to be paying attention. Let’s face it we all know that many students will be less attentive once they have read their card.

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.

Students discover how to work with factors and how to find the GCF! 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 factors. • In the first section, the step-by-step process for finding a single numbers factors is given. • The second section, shows how to use ‘The Upside-Down Birthday Cake’ Method to find the Greatest Common Factor of two numbers. • 10 ‘Jumbo’ practice cards and two ready-made tabs for dividing the two parts. Answer key is included. Just a note, ‘The Upside-Down Birthday Cake’ Method for finding GCF works well when first introducing the concept of finding the GCF and when trying to find the GCF of larger numbers. By breaking the original numbers down gradually, students make what could be an overwhelming task more manageable.

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.

A step-by-step guide for Multiplying 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 a 3 part flip-book. • The first section provides a step-by-step guide for multiplying ‘easy’ decimal numbers (2 digit by a 1 digit number). • The second section features how to multiply ‘medium’ decimals numbers (3 digit by a 1 digit number). • A third section provides the step-by-step guide for multiplying ‘big’ decimal numbers (4 digit by a 3 digit number). • This product also includes a 2-sided practice page to practice the skill. An answer key for the practice page is also included.

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 decimal number being divided by a single-digit whole number. Note there will be no remainders. All equations are written horizontally and students will have to rewrite in order to divide. 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. Check out my "Stimulating Motivation with QR Codes" blog post regarding how to assemble and use this product.

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 decimal number being divided by a two-digit whole number. Note there will be no remainders. All equations are written horizontally and students will have to rewrite in order to divide. 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. Check out my "Stimulating Motivation with QR Codes" blog post regarding how to assemble and use this product.

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 decimal number being divided by a decimal number. Note there will be no remainders. All equations are written horizontally and students will have to rewrite in order to divide. 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. Check out my "Stimulating Motivation with QR Codes" blog post regarding how to assemble and use this product.

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.

Solve & Check cards POP with Color! This set features solving single-digit divisor long division problems. There will be some remainders. 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.

A step-by-step guide for using the Partial Quotient Method 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 ‘three-in-one’ flip-book. • Section 1 provides a step-by-step guide for rounding a whole number. • Section 2 covers how to round a decimal number. • Section 3 demonstrates how to round 9's. • Ready-made index tabs for marking each of the four sections. • Two-sided rounding practice page designed to give students practice with the skill. Answer keys to the practice pages are also included.

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 customary measurement conversion question for length, weight or volume . • 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.

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 metric measurement conversion question for length, weight or volume . • 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.

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 with a numerical expression (parentheses, brackets and braces are used). • 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.