Addition Within 10

#Matholia #SingaporeMath #Addition #MathForKids #LearnMath #ElementaryMath #K6Math #MathTutorial #MathEducation #MathLearning #Counting #AdditionForKids #MathLesson #PrimaryMath #MathVideo Learn Addition Up to 10 with Multilink Cubes Hey there, friends! Today, we’re going to learn all about addition! Addition is when we put things together to see how many we have in total. We’ll use these colorful multilink cubes to help us figure it out. First Example: 3 + 2 Let’s start with 3 yellow cubes. Now, we’re going to add 2 blue cubes. So, we start with 3... and count on! Four, five. There are 5 cubes in all. So, 3 cubes plus 2 cubes makes 5 cubes! Second Example: 4 + 4 Now, let’s take 4 red cubes and add 4 green cubes. We start with 4... and count on: five, six, seven, eight! That’s 8 cubes in all. So, 4 plus 4 makes 8. Third Example: 5 + 3 Next, let’s start with 5 orange cubes. And we’re going to add 3 purple cubes. Start with 5... then count: six, seven, eight. That’s right! 5 plus 3 makes

#Matholia #SingaporeMath #Addition #MathForKids #LearnMath #ElementaryMath #K6Math #MathTutorial #MathEducation #MathLearning #Counting #AdditionForKids #MathLesson #PrimaryMath #MathVideo Learn Addition Up to 10 with Multilink Cubes Hey there, friends! Today, we’re going to learn all about addition! Addition is when we put things together to see how many we have in total. We’ll use these colorful multilink cubes to help us figure it out. First Example: 3 + 2 Let’s start with 3 yellow cubes. Now, we’re going to add 2 blue cubes. So, we start with 3... and count on! Four, five. There are 5 cubes in all. So, 3 cubes plus 2 cubes makes 5 cubes! Second Example: 4 + 4 Now, let’s take 4 red cubes and add 4 green cubes. We start with 4... and count on: five, six, seven, eight! That’s 8 cubes in all. So, 4 plus 4 makes 8. Third Example: 5 + 3 Next, let’s start with 5 orange cubes. And we’re going to add 3 purple cubes. Start with 5... then count: six, seven, eight. That’s right! 5 plus 3 makes

#numberbonds #matholia.com #counting Multilink cubes are small, colorful, interlocking cubes that are often used in elementary mathematics education to help children visualize and understand basic concepts, such as number bonds. In this description, a teacher uses multilink cubes to teach a class of young students how to form number bonds up to 10, which are pairs of numbers that add up to 10. The teacher begins by distributing sets of multilink cubes to each student. Each set includes a variety of colors, and the students are instructed to use these cubes to explore different combinations that sum up to 10. The teacher walks around the classroom, helping students snap the cubes together. For example, one student might connect three red cubes to seven blue cubes, illustrating the number bond of 3 + 7 = 10. The teacher encourages the students to try all possible combinations. They might make a chain of five orange cubes and five green cubes, or two yellow cubes with eight purple cubes.

#numberbonds #matholia.com #counting Multilink cubes are small, colorful, interlocking cubes that are often used in elementary mathematics education to help children visualize and understand basic concepts, such as number bonds. In this description, a teacher uses multilink cubes to teach a class of young students how to form number bonds up to 10, which are pairs of numbers that add up to 10. The teacher begins by distributing sets of multilink cubes to each student. Each set includes a variety of colors, and the students are instructed to use these cubes to explore different combinations that sum up to 10. The teacher walks around the classroom, helping students snap the cubes together. For example, one student might connect three red cubes to seven blue cubes, illustrating the number bond of 3 + 7 = 10. The teacher encourages the students to try all possible combinations. They might make a chain of five orange cubes and five green cubes, or two yellow cubes with eight purple cubes.

#numberbonds #singaporemath #matholia Multilink cubes are small, colorful, interlocking cubes that are often used in elementary mathematics education to help children visualize and understand basic concepts, such as number bonds. In this description, a teacher uses multilink cubes to teach a class of young students how to form number bonds up to 10, which are pairs of numbers that add up to 10. The teacher begins by distributing sets of multilink cubes to each student. Each set includes a variety of colors, and the students are instructed to use these cubes to explore different combinations that sum up to 10. The teacher walks around the classroom, helping students snap the cubes together. For example, one student might connect three red cubes to seven blue cubes, illustrating the number bond of 3 + 7 = 10. The teacher encourages the students to try all possible combinations. They might make a chain of five orange cubes and five green cubes, or two yellow cubes with eight purple cubes.

#numberbonds #singaporemath #matholia Multilink cubes are small, colorful, interlocking cubes that are often used in elementary mathematics education to help children visualize and understand basic concepts, such as number bonds. In this description, a teacher uses multilink cubes to teach a class of young students how to form number bonds up to 10, which are pairs of numbers that add up to 10. The teacher begins by distributing sets of multilink cubes to each student. Each set includes a variety of colors, and the students are instructed to use these cubes to explore different combinations that sum up to 10. The teacher walks around the classroom, helping students snap the cubes together. For example, one student might connect three red cubes to seven blue cubes, illustrating the number bond of 3 + 7 = 10. The teacher encourages the students to try all possible combinations. They might make a chain of five orange cubes and five green cubes, or two yellow cubes with eight purple cubes.

Matholia educational maths video on number sentences. #matholia #singaporemath #numbersentences #addition #add #subtractionto10 #subtraction New videos added daily! Subscribe here: Topic Description: Understanding decomposition of numbers to 10 through number bonds, connecting number bonds to numerical expressions, understanding both the addition conditions of “putting together and “adding to”, exploring word problems. Understanding both subtraction conditions as “taking from” or “separating/comparing”, modeling subtraction situations with acting, objects, and diagrams such as number bonds, representing subtraction situations through equations. Extension Ideas Making addition story problems, making simple dice or card games for addition, collecting simple classroom data and finding the total, matholia games using a variety of levels. Making subtraction story problems, making simple dice or card games for subtraction, choosing the correct operation (addition or subtraction) for story pr

Matholia educational maths video on number sentences. #matholia #singaporemath #numbersentences #addition #add #subtractionto10 #subtraction New videos added daily! Subscribe here: Topic Description: Understanding decomposition of numbers to 10 through number bonds, connecting number bonds to numerical expressions, understanding both the addition conditions of “putting together and “adding to”, exploring word problems. Understanding both subtraction conditions as “taking from” or “separating/comparing”, modeling subtraction situations with acting, objects, and diagrams such as number bonds, representing subtraction situations through equations. Extension Ideas Making addition story problems, making simple dice or card games for addition, collecting simple classroom data and finding the total, matholia games using a variety of levels. Making subtraction story problems, making simple dice or card games for subtraction, choosing the correct operation (addition or subtraction) for story pr

Mathematics learning video for the Singapore Primary Maths syllabus Adding Zero. #matholia #singaporemath #additionto10 #addition #addzero New videos added daily! Subscribe here: Topic Description: Understanding decomposition of numbers to 10 through number bonds, connecting number bonds to numerical expressions, understanding both the addition conditions of “putting together and “adding to”, exploring word problems. Learning Targets: I know that numbers can be broken down into parts. I can break numbers apart using objects or drawing models like number bonds. I can write equations to show how I break numbers apart. I can find two numbers that make ten. I can solve addition problems. Suggested Classroom Resources Counters of all kinds Ten frames Numeral cards Dot cards Simple dice games Number lines Pan balance Number balance Part-whole mats Number bond cards For more maths videos for kids and loads of interactive content, visit This video lesson is taken from Matholia.com – a world-cl

Mathematics learning video for the Singapore Primary Maths syllabus Adding Zero. #matholia #singaporemath #additionto10 #addition #addzero New videos added daily! Subscribe here: Topic Description: Understanding decomposition of numbers to 10 through number bonds, connecting number bonds to numerical expressions, understanding both the addition conditions of “putting together and “adding to”, exploring word problems. Learning Targets: I know that numbers can be broken down into parts. I can break numbers apart using objects or drawing models like number bonds. I can write equations to show how I break numbers apart. I can find two numbers that make ten. I can solve addition problems. Suggested Classroom Resources Counters of all kinds Ten frames Numeral cards Dot cards Simple dice games Number lines Pan balance Number balance Part-whole mats Number bond cards For more maths videos for kids and loads of interactive content, visit This video lesson is taken from Matholia.com – a world-cl