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Preview of Integers 07 - Subtracting Positive and Negative Integers Using an Algorithm

Integers 07 - Subtracting Positive and Negative Integers Using an Algorithm

Subtraction is the opposite of addition. If adding a positive integer results in a greater number, then subtracting a positive integer results in a lesser number. If adding a negative integer results in a lesser number, then subtracting a negative number results in a greater number. Subtracting a negative is the only thing today that is new. We want students to conceptualize that taking away a negative, debt for instance, results in a greater number. We will introduce a rule for when we se
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit, with Remainders {Set D}

Digital Division: Standard Algorithm 4-digit by 1-digit, with Remainders {Set D}

Created by
TLC Creations
{Set D: mixed divisors} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {mixed} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  Each equation has a remainder. This product corresponds to my “Digital Division: Partial Quotients with Remainders” product. For example, Set A of Digital Division: Partial Pro
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit, No Remainders {Set D}

Digital Division: Standard Algorithm 4-digit by 1-digit, No Remainders {Set D}

Created by
TLC Creations
{Set D: mixed divisors} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {mixed divisors 2-9} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  There are no remainders for these equations. This product corresponds to my “Digital Division: Partial Quotients” product. For example, Set D of Digital Division:
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit, with Remainders {Set C}

Digital Division: Standard Algorithm 4-digit by 1-digit, with Remainders {Set C}

Created by
TLC Creations
{Set C: divisors 7, 8, and 9} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {7, 8, 9} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  Each equation has a remainder. This product corresponds to my “Digital Division: Partial Quotients with Remainders” product. For example, Set A of Digital Division: Par
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit, with Remainders {Set B}

Digital Division: Standard Algorithm 4-digit by 1-digit, with Remainders {Set B}

Created by
TLC Creations
{Set B: divisors 4, 6, and 8} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {4, 6, 8} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  Each equation has a remainder. This product corresponds to my “Digital Division: Partial Quotients with Remainders” product. For example, Set A of Digital Division: Par
Preview of Digital Division:Standard Algorithm, 4-digit by 1-digit, with remainders {Set A}

Digital Division:Standard Algorithm, 4-digit by 1-digit, with remainders {Set A}

Created by
TLC Creations
{Set A: divisors 2, 3, and 5} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {2, 3, and 5} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  Each equation has a remainder. This product corresponds to my “Digital Division: Partial Quotients with Remainders” product. For example, Set A of Digital Division
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit No Remainders {Set C}

Digital Division: Standard Algorithm 4-digit by 1-digit No Remainders {Set C}

Created by
TLC Creations
{Set C: divisors 7, 8, and 9} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {7, 8, 9} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  There are no remainders for these equations. This product corresponds to my “Digital Division: Partial Quotients” product. For example, Set C of Digital Division: Part
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit, No Remainders {Set A}

Digital Division: Standard Algorithm 4-digit by 1-digit, No Remainders {Set A}

Created by
TLC Creations
{Set A: divisors 2, 3, and 5} This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {2, 3, and 5} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with 3-digit quotients.  There are no remainders for these equations. This product corresponds to my “Digital Division: Partial Quotients no Remainders” product. For example, Set A
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set D}

Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set D}

Created by
TLC Creations
{Set D: mixed divisors}This product contains 20 division problems for use with Google Classroom.  Each equation is presented on its own slide and has moveable number tiles which allow students to “show their work.” All equations in this set contain a 5-digit dividend and a 1-digit divisor.  The first 10 problems result in 5-digit quotients, and the second 10 problems have 4-digit quotients. Divisors do not evenly go into the dividend, resulting in a remainder for each problem. If you like this p
Preview of Digital Division: Standard Algorithm 4-digit by 1-digit No Remainders {Set B}

Digital Division: Standard Algorithm 4-digit by 1-digit No Remainders {Set B}

Created by
TLC Creations
{Set B: divisors 4, 6, and 8}This product contains division problems for use with Google Classroom.  It uses the standard algorithm, also known as long division. This set contains divisors {4, 6, 8} and contains 20 equations with 4-digit dividends.  There are 10 equations with 4-digit quotients and 10 equations with quotients.  There are no remainders for these equations. This product corresponds to my “Digital Division: Partial Quotients” product. For example, Set A of Digital Division: Partia
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit, no Remainder {Set D}

Digital Division: Standard Algorithm 5-digit by 1-digit, no Remainder {Set D}

Created by
TLC Creations
{Set D: mixed divisors}This product contains 20 division problems for use with Google Classroom. Each equation is presented on its own slide and has moveable number tiles which allow students to "show their work." All equations in this set contain a 5-digit dividend and 1-digit divisor. The first 10 problems result in 5-digit quotients and the second 10 problems have 4-digit quotients. Each divisor goes evenly into the dividend, resulting in no remainders. This product is also available in a d
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit no Remainder {Set C}

Digital Division: Standard Algorithm 5-digit by 1-digit no Remainder {Set C}

Created by
TLC Creations
{Set C: divisors 7, 8, and 9}This product contains 20 division problems for use with Google Classroom. Each equation is presented on its own slide and has moveable number tiles which allow students to "show their work." All equations in this set contain a 5-digit dividend and 1-digit divisor. The first 10 problems result in 5-digit quotients and the second 10 problems have 4-digit quotients. Each divisor goes evenly into the dividend, resulting in no remainders. This product is also available
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit no Remainder {Set B}

Digital Division: Standard Algorithm 5-digit by 1-digit no Remainder {Set B}

Created by
TLC Creations
{Set B: divisors 4, 6, and 8}This product contains 20 division problems for use with Google Classroom. Each equation is presented on its own slide and has moveable number tiles which allow students to "show their work." All equations in this set contain a 5-digit dividend and 1-digit divisor. The first 10 problems result in 5-digit quotients and the second 10 problems have 4-digit quotients. Each divisor goes evenly into the dividend, resulting in no remainders. This product is also available
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit no Remainder {Set A}

Digital Division: Standard Algorithm 5-digit by 1-digit no Remainder {Set A}

Created by
TLC Creations
{Set A: divisors 2, 3, and 5}This product contains 20 division problems for use with Google Classroom. Each equation is presented on its own slide and has moveable number tiles which allow students to "show their work." All equations in this set contain a 5-digit dividend and 1-digit divisor. The first 10 problems result in 5-digit quotients and the second 10 problems have 4-digit quotients. Each divisor goes evenly into the dividend, resulting in no remainders.
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set C}

Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set C}

Created by
TLC Creations
{Set C: divisors 7, 8, and 9}This product contains 20 division problems for use with Google Classroom.  Each equation is presented on its own slide and has moveable number tiles which allow students to “show their work.” All equations in this set contain a 5-digit dividend and a 1-digit divisor.  The first 10 problems result in 5-digit quotients, and the second 10 problems have 4-digit quotients. Divisors do not evenly go into the dividend, resulting in a remainder for each problem. If you like
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set B}

Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set B}

Created by
TLC Creations
{Set B: divisors 4, 6, and 8}This product contains 20 division problems for use with Google Classroom.  Each equation is presented on its own slide and has moveable number tiles which allow students to “show their work.” All equations in this set contain a 5-digit dividend and a 1-digit divisor.  The first 10 problems result in 5-digit quotients, and the second 10 problems have 4-digit quotients. Divisors do not evenly go into the dividend, resulting in a remainder for each problem. If you like
Preview of Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set A}

Digital Division: Standard Algorithm 5-digit by 1-digit with Remainders {Set A}

Created by
TLC Creations
{Set A: divisors 2, 3, and 5}This product contains 20 division problems for use with Google Classroom.  Each equation is presented on its own slide and has moveable number tiles which allow students to “show their work.” All equations in this set contain a 5-digit dividend and a 1-digit divisor.  The first 10 problems result in 5-digit quotients, and the second 10 problems have 4-digit quotients. Divisors do not evenly go into the dividend, resulting in a remainder for each problem. If you like
Preview of Multiplications Algorithm Halloween

Multiplications Algorithm Halloween

Este recurso incluye: - Steps to solve multiplications - 20 task cards with exercises 4-digit numbers by 1-digits number up to 3-digit numbers by 2-digit numbers - Challenge - Exit ticket - Answer sheet - Answers ___________________________________________________________________ If you are looking for this resource in Spanish Multiplicaciones Algoritmo Halloween___________________________________________________________________ CCSS.MATH.CONTENT.5.NBT.B.5Fluently multiply multi-digit whole numb
Preview of 4 by 2 division standard algorithm/ Word Problems/Choice Board

4 by 2 division standard algorithm/ Word Problems/Choice Board

5th Grade Division Task Cards – (4-Digit ÷ 2-Digit) Bring math to life with this engaging, sports-themed set of division task cards! Designed for 5th grade students and aligned to TEKS 5.3L, this resource helps students master long division with clean visuals, realistic word problems, and a fun athletic flair. What’s Included: 15 basic 4-digit ÷ 2-digit division problems (no remainders)10 real-world word problems with sports-themed contexts (no remainders)5 real-world word problems
Preview of Multiplication Standard Algorithm Reference Sheets Bundle!

Multiplication Standard Algorithm Reference Sheets Bundle!

With this bundle, you get all three reference sheets for the price of two! These reference sheets are handwritten, and cover the steps for solving 2 digit x 2 digit, 2 digit x 3 digit, and 3 digit x 3 digit multiplication equations using the standard algorithm. While they're not as pretty as some other reference sheets you'll find on here, they are easy to follow and help students remember the steps for solving multiplication equations using the standard algorithm! If you're interested in the c
Preview of 6.NS.2 Standard Algorithm Division Homework A

6.NS.2 Standard Algorithm Division Homework A

Created by
Mr Alexander
Here's something I made to help my students work on their division skills at home.
Preview of Addition with Partial Sums and Standard Algorithm

Addition with Partial Sums and Standard Algorithm

Created by
James Raymond
An easy-to-use guide for students struggling with keeping their addition algorithm in line, this sheet can be laminated or given as a guide for scaffolding.
Preview of Elementary Math Algorithms: Explanation and Practice

Elementary Math Algorithms: Explanation and Practice

Elementary Math Algorithms is your answer to the explanation of math algorithms used in grades 2-6. It contains 26 interactive slides for demonstration and practice along with links to videos for further explanation. Also, included is a math cast created by a former 5th grade student of mine explaining how to do Lattice Multiplication with Decimals. The algorithms covered include; Lattice Multiplication, Partial Products, Column Addition, Partial Sums, Trade-First Subtraction, Counting-Up, Pa
Preview of Activity: Sort Algorithm

Activity: Sort Algorithm

Created by
OpenSTEM
In this activity, a group of students explore the concept of an Algorithm by performing Sorting operations. Doing this as an activity encompasses all learning styles and thus offers maximum engagement for students.
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