This is another visual and geometric way of representing the algebraic identity (a-b)^2. It uses basic plane figures such as squares and rectangles for the proof. The first visual proof of the algebraic identity a minus b squared can be found on the following link: 🎥 https://www.youtube.com/watch?v=W9vvV... Prerequisite concepts: - area of a square - area of a rectangle - algebraic identity (a+b)^2 = a^2 + 2ab + b^2 In this video, the algebraic identity (a-b)^2 = a^2 - 2ab + b^2 is again derived and explained geometrically. The visual proof starts with a rectangle with sides a and b. There are four (4) rectangles of the same dimensions used in the proof. The rectangles then are used to form quadrilaterals, which are proven to be squares, with areas (a+b)^2 and (a-b)2, respectively. The second area also used the areas of the other figures arriving at the algebraic identity (a - b)^2 = a^2 - 2ab + b^2. 🕘Video Sections🕘 0:00 Intro 1:49 Prerequisite concept 2:49 Start of the visual proof of a minus b whole squared 3:08 Four rectangles used in the visual proof 3:33 The four rectangles form a quadrilateral 4:32 Start of the derivation of the algebraic identity a minus b squared 8:17 The algebraic identity (a-b)^2 = a^2 - 2ab + b^2 8:29 Questions for today 8:50 Thank you 🎬NOTE: For a better viewing experience, please set the video in HD (1080p) mode. Check out other math videos: 🎥 Finding the Specific Terms [Part 1]: https://bit.ly/3yWBA04 🎥 Finding the Specific Terms [Part 2]: https://bit.ly/3yW7A4i 🎥 Finding the Specific Terms [Part 3]: https://bit.ly/3c7uT1t 🎥 Finding the Specific Terms [part 4]: https://bit.ly/3yYx94Y 🎥 Algebraic Derivation of (a+b)^2: https://bit.ly/3g6wo0P 🎥 Visual Proof of Algebraic Identity (a + b)^2: https://bit.ly/3fJ6stl 🎥 Visual Proof of Algebraic Identity (a - b)^2 [Part 1]: https://bit.ly/3fJaSAz 🎥 Derivation of the nth term Formula of Arithmetic Progression: https://bit.ly/2SNgikU ▶️PLAYLIST Math Shorts: https://bit.ly/3fIC6qP ▶️PLAYLIST Sequences and Series: https://bit.ly/34CZyj5 ▶️PLAYLIST Math Tutorial Videos: https://bit.ly/3wKCwme ▶️PLAYLIST Videos on Math Proofs & Derivations: https://bit.ly/3vJXJwC ----------------------------------------------------------------------------------- 🔎About CIE Math Solutions: CIE MATH SOLUTIONS is a free online math resource for mathematics students, teachers, and parents. Video math tutorials cover topics ranging from primary to high school math contents. They are designed to help fellow educators find additional references for their lesson preparation, to help students learn math independently online, and to help parents in guiding their children with their homework. Topics are aligned with the Cambridge and IB Curriculum contents. Math concepts and lessons are presented with clear explanations and detailed examples. Some videos present comprehensive proofs and/or derivations to famous mathematics formulas and equations. Some may be presented in different ways. Some videos presents the detailed explanation and solutions of various math competition/olympiad items, math puzzles and some fun math games. Other videos include math tricks and shortcuts. CIE Math Solutions is a free online math resource for all! #ciemathsolutions #sequencesandseries #arithmeticprogression #mathchannel #mathresources #mathteacher #maths #mathisfun #mathskills ----------------------------------------------------------------------------------- Be part of the CIE Math Family and enjoy exclusive perks for you! Join now! ➡️ https://bit.ly/2SQP2Cd Show your support to CIE Math Solutions! I will appreciate if you buy me a coffee. Thank you! ➡️https://bit.ly/3cdbSun ----------------------------------------------------------------------------------- Please SUBSCRIBE, LIKE and COMMENT below. SUBSCRIBE to CIE Math Solutions channel for more Math Videos: 👉https://bit.ly/2S1Uems

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This is another visual and geometric way of representing the algebraic identity (a-b)^2. It uses basic plane figures such as squares and rectangles for the proof. The first visual proof of the algebraic identity a minus b squared can be found on the following link: 🎥 https://www.youtube.com/watch?v=W9vvV... Prerequisite concepts: - area of a square - area of a rectangle - algebraic identity (a+b)^2 = a^2 + 2ab + b^2 In this video, the algebraic identity (a-b)^2 = a^2 - 2ab + b^2 is again derived and explained geometrically. The visual proof starts with a rectangle with sides a and b. There are four (4) rectangles of the same dimensions used in the proof. The rectangles then are used to form quadrilaterals, which are proven to be squares, with areas (a+b)^2 and (a-b)2, respectively. The second area also used the areas of the other figures arriving at the algebraic identity (a - b)^2 = a^2 - 2ab + b^2. 🕘Video Sections🕘 0:00 Intro 1:49 Prerequisite concept 2:49 Start of the visual proof of a minus b whole squared 3:08 Four rectangles used in the visual proof 3:33 The four rectangles form a quadrilateral 4:32 Start of the derivation of the algebraic identity a minus b squared 8:17 The algebraic identity (a-b)^2 = a^2 - 2ab + b^2 8:29 Questions for today 8:50 Thank you 🎬NOTE: For a better viewing experience, please set the video in HD (1080p) mode. Check out other math videos: 🎥 Finding the Specific Terms [Part 1]: https://bit.ly/3yWBA04 🎥 Finding the Specific Terms [Part 2]: https://bit.ly/3yW7A4i 🎥 Finding the Specific Terms [Part 3]: https://bit.ly/3c7uT1t 🎥 Finding the Specific Terms [part 4]: https://bit.ly/3yYx94Y 🎥 Algebraic Derivation of (a+b)^2: https://bit.ly/3g6wo0P 🎥 Visual Proof of Algebraic Identity (a + b)^2: https://bit.ly/3fJ6stl 🎥 Visual Proof of Algebraic Identity (a - b)^2 [Part 1]: https://bit.ly/3fJaSAz 🎥 Derivation of the nth term Formula of Arithmetic Progression: https://bit.ly/2SNgikU ▶️PLAYLIST Math Shorts: https://bit.ly/3fIC6qP ▶️PLAYLIST Sequences and Series: https://bit.ly/34CZyj5 ▶️PLAYLIST Math Tutorial Videos: https://bit.ly/3wKCwme ▶️PLAYLIST Videos on Math Proofs & Derivations: https://bit.ly/3vJXJwC ----------------------------------------------------------------------------------- 🔎About CIE Math Solutions: CIE MATH SOLUTIONS is a free online math resource for mathematics students, teachers, and parents. Video math tutorials cover topics ranging from primary to high school math contents. They are designed to help fellow educators find additional references for their lesson preparation, to help students learn math independently online, and to help parents in guiding their children with their homework. Topics are aligned with the Cambridge and IB Curriculum contents. Math concepts and lessons are presented with clear explanations and detailed examples. Some videos present comprehensive proofs and/or derivations to famous mathematics formulas and equations. Some may be presented in different ways. Some videos presents the detailed explanation and solutions of various math competition/olympiad items, math puzzles and some fun math games. Other videos include math tricks and shortcuts. CIE Math Solutions is a free online math resource for all! #ciemathsolutions #sequencesandseries #arithmeticprogression #mathchannel #mathresources #mathteacher #maths #mathisfun #mathskills ----------------------------------------------------------------------------------- Be part of the CIE Math Family and enjoy exclusive perks for you! Join now! ➡️ https://bit.ly/2SQP2Cd Show your support to CIE Math Solutions! I will appreciate if you buy me a coffee. Thank you! ➡️https://bit.ly/3cdbSun ----------------------------------------------------------------------------------- Please SUBSCRIBE, LIKE and COMMENT below. SUBSCRIBE to CIE Math Solutions channel for more Math Videos: 👉https://bit.ly/2S1Uems

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SUBJECT AREA: Algebra

TOPIC: ALgebraic Identities - Math Proofs and Derivations - Visual Geometric Proofs

PREREQUISITES: Areas of plane figures (square and rectangles), Distributive Property of Multiplication, Operations on Algebraic Expressions

This is just one of the ways of representing the algebraic identity (a-b)^2 visually and geometrically. Prerequisite concepts: - area of a square - area of a rectangle - distributive property of multiplication In this video, the algebraic identity (a-b)^2 = a^2 - 2ab + b^2 is derived and explained geometrically. The visual proof starts with a square with side a. Dividing the square into 2 sections, a and a-b, the square will be separated into four (4) regions. One of the regions formed is a square with side (a-b). We can find the area of this square by using the areas of the remaining regions. That is, (a - b)^2 is equal to the area of the whole square minus the areas of the remaining regions. As a result, (a + b)^2 = a^2 - 2ab + b^2. If you would like to have a copy of the square template used, you may download it on my blog at https://ciemathsolutions.blogspot.com.... It is the same template used for the derivation of a plus b squared. 🕘Video Sections🕘 0:00 Intro 2:27 Prerequisite Concepts 3:20 Distributive Property of Multiplication 5:16 Start of the Visual Proof of the Identity a minus b squared 7:00 Four regions formed in the square 10:00 Derivation of the algebraic identity a minus b squared 11:21 The algebraic identity (a-b)^2 = a^2 - 2ab + b^2 11:36 Questions for today 12:00 Thank you 🎬NOTE: For a better viewing experience, please set the video in HD (1080p) mode. Check out other math videos: 🎥 Finding the Specific Terms [Part 1]: https://bit.ly/3yWBA04 🎥 Finding the Specific Terms [Part 2]: https://bit.ly/3yW7A4i 🎥 Finding the Specific Terms [Part 3]: https://bit.ly/3c7uT1t 🎥 Finding the Specific Terms [part 4]: https://bit.ly/3yYx94Y 🎥 Algebraic Derivation of (a+b)^2: https://bit.ly/3g6wo0P 🎥 Visual Proof of Algebraic Identity (a + b)^2: https://bit.ly/3fJ6stl 🎥 Visual Proof of Algebraic Identity (a-b)^2 [Part 2]: https://bit.ly/3cbNAB7 🎥 Introduction to Arithmetic Sequence: https://bit.ly/2S3MW1F 🎥 Derivation of the nth term Formula of Arithmetic Progression: https://bit.ly/2SNgikU ▶️PLAYLIST Math Shorts: https://bit.ly/3fIC6qP ▶️PLAYLIST Sequences and Series: https://bit.ly/34CZyj5 ▶️PLAYLIST Math Tutorial Videos: https://bit.ly/3wKCwme ▶️PLAYLIST Videos on Math Proofs & Derivations: https://bit.ly/3vJXJwC ---------------------------------------------------------------------------------- 🔎About CIE Math Solutions: CIE MATH SOLUTIONS is a free online math resource for mathematics students, teachers, and parents. Video math tutorials cover topics ranging from primary to high school math contents. They are designed to help fellow educators find additional references for their lesson preparation, to help students learn math independently online, and to help parents in guiding their children with their homework. Topics are aligned with the Cambridge and IB Curriculum contents. Math concepts and lessons are presented with clear explanations and detailed examples. Some videos present comprehensive proofs and/or derivations to famous mathematics formulas and equations. Some may be presented in different ways. Some videos presents the detailed explanation and solutions of various math competition/olympiad items, math puzzles and some fun math games. Other videos include math tricks and shortcuts. CIE Math Solutions is a free online math resource for all! #ciemathsolutions #sequencesandseries #arithmeticprogression #mathchannel #mathresources #mathteacher #maths #mathisfun #mathskills ---------------------------------------------------------------------------------- Be part of the CIE Math Family and enjoy exclusive perks for you! Join now! ➡️ https://bit.ly/2SQP2Cd Show your support to CIE Math Solutions! I will appreciate if you buy me a coffee. Thank you! ➡️https://bit.ly/3cdbSun ---------------------------------------------------------------------------------- Please SUBSCRIBE, LIKE and COMMENT below. SUBSCRIBE to CIE Math Solutions channel for more Math Videos:

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SUBJECT AREA: Algebra

TOPIC: ALgebraic Identities - Math Proofs and Derivations - Visual Geometric Proofs

PREREQUISITES: Areas of plane figures (square and rectangles), Distributive Property of Multiplication, Operations on Algebraic Expressions

This is just one of the ways of representing the algebraic identity (a-b)^2 visually and geometrically. Prerequisite concepts: - area of a square - area of a rectangle - distributive property of multiplication In this video, the algebraic identity (a-b)^2 = a^2 - 2ab + b^2 is derived and explained geometrically. The visual proof starts with a square with side a. Dividing the square into 2 sections, a and a-b, the square will be separated into four (4) regions. One of the regions formed is a square with side (a-b). We can find the area of this square by using the areas of the remaining regions. That is, (a - b)^2 is equal to the area of the whole square minus the areas of the remaining regions. As a result, (a + b)^2 = a^2 - 2ab + b^2. If you would like to have a copy of the square template used, you may download it on my blog at https://ciemathsolutions.blogspot.com.... It is the same template used for the derivation of a plus b squared. 🕘Video Sections🕘 0:00 Intro 2:27 Prerequisite Concepts 3:20 Distributive Property of Multiplication 5:16 Start of the Visual Proof of the Identity a minus b squared 7:00 Four regions formed in the square 10:00 Derivation of the algebraic identity a minus b squared 11:21 The algebraic identity (a-b)^2 = a^2 - 2ab + b^2 11:36 Questions for today 12:00 Thank you 🎬NOTE: For a better viewing experience, please set the video in HD (1080p) mode. Check out other math videos: 🎥 Finding the Specific Terms [Part 1]: https://bit.ly/3yWBA04 🎥 Finding the Specific Terms [Part 2]: https://bit.ly/3yW7A4i 🎥 Finding the Specific Terms [Part 3]: https://bit.ly/3c7uT1t 🎥 Finding the Specific Terms [part 4]: https://bit.ly/3yYx94Y 🎥 Algebraic Derivation of (a+b)^2: https://bit.ly/3g6wo0P 🎥 Visual Proof of Algebraic Identity (a + b)^2: https://bit.ly/3fJ6stl 🎥 Visual Proof of Algebraic Identity (a-b)^2 [Part 2]: https://bit.ly/3cbNAB7 🎥 Introduction to Arithmetic Sequence: https://bit.ly/2S3MW1F 🎥 Derivation of the nth term Formula of Arithmetic Progression: https://bit.ly/2SNgikU ▶️PLAYLIST Math Shorts: https://bit.ly/3fIC6qP ▶️PLAYLIST Sequences and Series: https://bit.ly/34CZyj5 ▶️PLAYLIST Math Tutorial Videos: https://bit.ly/3wKCwme ▶️PLAYLIST Videos on Math Proofs & Derivations: https://bit.ly/3vJXJwC ---------------------------------------------------------------------------------- 🔎About CIE Math Solutions: CIE MATH SOLUTIONS is a free online math resource for mathematics students, teachers, and parents. Video math tutorials cover topics ranging from primary to high school math contents. They are designed to help fellow educators find additional references for their lesson preparation, to help students learn math independently online, and to help parents in guiding their children with their homework. Topics are aligned with the Cambridge and IB Curriculum contents. Math concepts and lessons are presented with clear explanations and detailed examples. Some videos present comprehensive proofs and/or derivations to famous mathematics formulas and equations. Some may be presented in different ways. Some videos presents the detailed explanation and solutions of various math competition/olympiad items, math puzzles and some fun math games. Other videos include math tricks and shortcuts. CIE Math Solutions is a free online math resource for all! #ciemathsolutions #sequencesandseries #arithmeticprogression #mathchannel #mathresources #mathteacher #maths #mathisfun #mathskills ---------------------------------------------------------------------------------- Be part of the CIE Math Family and enjoy exclusive perks for you! Join now! ➡️ https://bit.ly/2SQP2Cd Show your support to CIE Math Solutions! I will appreciate if you buy me a coffee. Thank you! ➡️https://bit.ly/3cdbSun ---------------------------------------------------------------------------------- Please SUBSCRIBE, LIKE and COMMENT below. SUBSCRIBE to CIE Math Solutions channel for more Math Videos:

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SUBJECT AREA: Algebra

TOPIC: Algebraic Identities - Algebraic Derivations - Math Proofs and Derivations

PREREQUISITES: Laws of Indices, Operations on Algebraic Expressions, Distributive Property  

This video is focused on how to verify the expansion of a plus b squared, which is equal to a^2 +2ab + b^2, using algebraic methods. The focus of this video is on the derivation of the algebraic identity (a+b)^2 = a^2 + 2ab + b^2. It includes prerequisite concepts needed for the derivation with corresponding examples. The algebraic expansion is presented in a clear and step-by-step manner. The process involvees the use of the multiplication law of indices and the distributive property of multiplication. The algebraic identity is verified at the end of the expansion. The algebraic identity (𝑎+𝑏)^2=𝑎^2+2𝑎𝑏+𝑏^2 can be used as a formula guide in finding the expanded form of the square of any binomial. 🕘Video Sections🕘 0:00 - Intro 0:41 - Visual (geometric) proof of the algebraic identity (a+b)^2=a^+2ab+b^2 1:12 - Algebraic derivation of the identity 1:25 - Prerequisite concepts needed for the derivation 1:50 - Multiplication Law of Indices 2:11 - Examples on multiplication law of indices 2:45 - Distributive property of multiplication 3:00 - Examples on distributive property of multiplication 4:27 - Start of the algebraic expansion of a plus b squared 6:08 - Algebraic identity (a+b)^2 = a^2 + 2ab + b^2 verified Questions for today: 1) What have you learned in this video? 2) How can we use the algebraic identity (𝑎+𝑏)^2=𝑎^2+2𝑎𝑏+𝑏^2 to expand the square of any binomial? *Write your answers in the comment section below. 🎬NOTE: For a better viewing experience, please set the video in HD (1080p) mode. Check out other math videos: 🎥 Finding the Specific Terms [Part 1]: https://bit.ly/3yWBA04 🎥 Finding the Specific Terms [Part 2]: https://bit.ly/3yW7A4i 🎥 Finding the Specific Terms [Part 3]: https://bit.ly/3c7uT1t 🎥 Finding the Specific Terms [part 4]: https://bit.ly/3yYx94Y 🎥 Visual Proof of Algebraic Identity (a + b)^2: https://bit.ly/3fJ6stl 🎥 Visual Proof of Algebraic Identity (a - b)^2 [Part 1]: https://bit.ly/3fJaSAz 🎥 Visual Proof of Algebraic Identity (a-b)^2 [Part 2]: https://bit.ly/3cbNAB7 🎥 Introduction to Arithmetic Sequence: https://bit.ly/2S3MW1F 🎥 Derivation of the nth term Formula of Arithmetic Progression: https://bit.ly/2SNgikU ▶️PLAYLIST Math Shorts: https://bit.ly/3fIC6qP ▶️PLAYLIST Sequences and Series: https://bit.ly/34CZyj5 ▶️PLAYLIST Math Tutorial Videos: https://bit.ly/3wKCwme ▶️PLAYLIST Videos on Math Proofs & Derivations: https://bit.ly/3vJXJwC ---------------------------------------------------------------------------------- 🔎About CIE Math Solutions: CIE MATH SOLUTIONS is a free online math resource for mathematics students, teachers, and parents. Video math tutorials cover topics ranging from primary to high school math contents. They are designed to help fellow educators find additional references for their lesson preparation, to help students learn math independently online, and to help parents in guiding their children with their homework. Topics are aligned with the Cambridge and IB Curriculum contents. Math concepts and lessons are presented with clear explanations and detailed examples. Some videos present comprehensive proofs and/or derivations to famous mathematics formulas and equations. Some may be presented in different ways. Some videos presents the detailed explanation and solutions of various math competition/olympiad items, math puzzles and some fun math games. Other videos include math tricks and shortcuts. CIE Math Solutions is a free online math resource for all! #ciemathsolutions #sequencesandseries #arithmeticprogression #mathchannel #mathresources #mathteacher #maths #mathisfun #mathskills ---------------------------------------------------------------------------------- Be part of the CIE Math Family and enjoy exclusive perks for you! Join now! ➡️ https://bit.ly/2SQP2Cd Show your support to CIE Math Solutions! I will appreciate if you buy me a coffee. Thank you! ➡️https://bit.ly/3cdbSun ---------------------------------------------------------------------------------- Please SUBSCRIBE, LIKE and COMMENT below. SUBSCRIBE to CIE Math Solutions channel for more Math Videos: 👉https://bit.ly/2S1Uems

CIE Math Solutions on Social Media ✅FOLLOW US ON TWITTER: https://twitter.com/ciemathsolution ✅FOLLOW US ON INSTAGRAM: https://www.instagram.com/ciemathsolu... ✅LIKE US ON FACEBOOK: https://www.facebook.com/ciemathsolution ✅FOLLOW US ON TUMBLR: https://ciemathsolution.tumblr.com 📝MY BLOG: https://ciemathsolutions.blogspot.com 💬For INQUIRIES, CONTACT ME at ciemathsolutions@gmail.com

 

SUBJECT AREA: Algebra

TOPIC: Algebraic Identities - Algebraic Derivations - Math Proofs and Derivations

PREREQUISITES: Laws of Indices, Operations on Algebraic Expressions, Distributive Property  

This video is focused on how to verify the expansion of a plus b squared, which is equal to a^2 +2ab + b^2, using algebraic methods. The focus of this video is on the derivation of the algebraic identity (a+b)^2 = a^2 + 2ab + b^2. It includes prerequisite concepts needed for the derivation with corresponding examples. The algebraic expansion is presented in a clear and step-by-step manner. The process involvees the use of the multiplication law of indices and the distributive property of multiplication. The algebraic identity is verified at the end of the expansion. The algebraic identity (𝑎+𝑏)^2=𝑎^2+2𝑎𝑏+𝑏^2 can be used as a formula guide in finding the expanded form of the square of any binomial. 🕘Video Sections🕘 0:00 - Intro 0:41 - Visual (geometric) proof of the algebraic identity (a+b)^2=a^+2ab+b^2 1:12 - Algebraic derivation of the identity 1:25 - Prerequisite concepts needed for the derivation 1:50 - Multiplication Law of Indices 2:11 - Examples on multiplication law of indices 2:45 - Distributive property of multiplication 3:00 - Examples on distributive property of multiplication 4:27 - Start of the algebraic expansion of a plus b squared 6:08 - Algebraic identity (a+b)^2 = a^2 + 2ab + b^2 verified Questions for today: 1) What have you learned in this video? 2) How can we use the algebraic identity (𝑎+𝑏)^2=𝑎^2+2𝑎𝑏+𝑏^2 to expand the square of any binomial? *Write your answers in the comment section below. 🎬NOTE: For a better viewing experience, please set the video in HD (1080p) mode. Check out other math videos: 🎥 Finding the Specific Terms [Part 1]: https://bit.ly/3yWBA04 🎥 Finding the Specific Terms [Part 2]: https://bit.ly/3yW7A4i 🎥 Finding the Specific Terms [Part 3]: https://bit.ly/3c7uT1t 🎥 Finding the Specific Terms [part 4]: https://bit.ly/3yYx94Y 🎥 Visual Proof of Algebraic Identity (a + b)^2: https://bit.ly/3fJ6stl 🎥 Visual Proof of Algebraic Identity (a - b)^2 [Part 1]: https://bit.ly/3fJaSAz 🎥 Visual Proof of Algebraic Identity (a-b)^2 [Part 2]: https://bit.ly/3cbNAB7 🎥 Introduction to Arithmetic Sequence: https://bit.ly/2S3MW1F 🎥 Derivation of the nth term Formula of Arithmetic Progression: https://bit.ly/2SNgikU ▶️PLAYLIST Math Shorts: https://bit.ly/3fIC6qP ▶️PLAYLIST Sequences and Series: https://bit.ly/34CZyj5 ▶️PLAYLIST Math Tutorial Videos: https://bit.ly/3wKCwme ▶️PLAYLIST Videos on Math Proofs & Derivations: https://bit.ly/3vJXJwC ---------------------------------------------------------------------------------- 🔎About CIE Math Solutions: CIE MATH SOLUTIONS is a free online math resource for mathematics students, teachers, and parents. Video math tutorials cover topics ranging from primary to high school math contents. They are designed to help fellow educators find additional references for their lesson preparation, to help students learn math independently online, and to help parents in guiding their children with their homework. Topics are aligned with the Cambridge and IB Curriculum contents. Math concepts and lessons are presented with clear explanations and detailed examples. Some videos present comprehensive proofs and/or derivations to famous mathematics formulas and equations. Some may be presented in different ways. Some videos presents the detailed explanation and solutions of various math competition/olympiad items, math puzzles and some fun math games. Other videos include math tricks and shortcuts. CIE Math Solutions is a free online math resource for all! #ciemathsolutions #sequencesandseries #arithmeticprogression #mathchannel #mathresources #mathteacher #maths #mathisfun #mathskills ---------------------------------------------------------------------------------- Be part of the CIE Math Family and enjoy exclusive perks for you! Join now! ➡️ https://bit.ly/2SQP2Cd Show your support to CIE Math Solutions! I will appreciate if you buy me a coffee. Thank you! ➡️https://bit.ly/3cdbSun ---------------------------------------------------------------------------------- Please SUBSCRIBE, LIKE and COMMENT below. SUBSCRIBE to CIE Math Solutions channel for more Math Videos: 👉https://bit.ly/2S1Uems

CIE Math Solutions on Social Media ✅FOLLOW US ON TWITTER: https://twitter.com/ciemathsolution ✅FOLLOW US ON INSTAGRAM: https://www.instagram.com/ciemathsolu... ✅LIKE US ON FACEBOOK: https://www.facebook.com/ciemathsolution ✅FOLLOW US ON TUMBLR: https://ciemathsolution.tumblr.com 📝MY BLOG: https://ciemathsolutions.blogspot.com 💬For INQUIRIES, CONTACT ME at ciemathsolutions@gmail.com