
Let's Measure
Explore fun and engaging ways to teach measurement concepts to KS1 students.
Covers: | Activity | Resources | Relation to National Curriculum | Downloads |
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Activity 1Writing Numbers |
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Activity 1Writing Numbers |
The lesson plan emphasizes the importance of varied and engaging methods for children to practice writing numbers, highlighting that development in writing skills occurs at different stages. It advocates for hands-on activities and repetition to enhance children's familiarity with number symbols. The lesson plan provides a comprehensive guide for parents and educators on how to help children learn to write numbers from 1 to 10 in both numerals and words. It includes various activities such as using writing sheets, sensory materials like flour and glitter, and creative tools like chalk and pebbles to make learning engaging. The Writing Numbers Activity Sheet offers outlines for tracing, while Number Cards can be used for additional practice. The document reassures that it is normal for children to write numbers backwards during their development. It emphasizes the importance of practice and repetition in developing writing skills and fine motor skills. Encouraging children to verbalize numbers while writing is also suggested to reinforce learning. The content concludes by reiterating the need for diverse activities to support children's writing development. |
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Activity 2Scoop and Group |
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Activity 2Scoop and Group |
The lesson plan emphasizes the importance of hands-on activities in developing children's counting skills through grouping objects into tens. It provides a structured approach to engage children in counting and understanding place value using various small items. The lesson plan outlines a hands-on educational activity designed to enhance children's counting skills by grouping objects into sets of ten. It suggests using small items such as buttons, beans, or blocks for the activity, which can be repeated with different objects to maintain engagement. The activity begins with children scooping out a number of items, initially less than 20, and counting them into groups of ten on a provided activity sheet. As children progress, they can work with larger quantities, up to 100 items, and learn to count in tens while also recognizing the remaining single items. The activity sheet is adaptable to different skill levels, allowing for practice with counting and grouping up to 20, 50, or even 100. Discussion questions are included to reinforce learning, such as asking how many groups of ten were made and what the total number of objects is. This method not only aids in counting but also introduces children to the concept of place value. |
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Activity 3Partitioning 2–Digit Numbers |
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Activity 3Partitioning 2-Digit Numbers |
The lesson plan emphasizes the importance of teaching children to recognize and partition two-digit numbers into tens and ones using hands-on activities and visual aids. It advocates for the use of blocks and templates to facilitate understanding and engagement in learning basic math concepts. The lesson plan provides a comprehensive guide for teaching children about partitioning two-digit numbers into tens and ones. It outlines specific learning objectives, such as recognizing place value and estimating numbers using various representations. The use of connected blocks, such as Lego or Duplo, is highlighted as an effective visual aid for developing counting skills. Two main activity sheets, the Partitioning Table Activity Sheet and the Part-Whole Activity Sheet, are introduced to help children identify and solve math problems related to two-digit numbers. The guide suggests starting with a hands-on approach by using 10 connected blocks to demonstrate the concept of grouping. As children progress, they are encouraged to represent different numbers using blocks and answer problems presented on the activity sheets. The content emphasizes that children learn differently, and it is important to choose activities that match their abilities. Repetition and practice are essential for mastering the concept of partitioning numbers. |
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Activity 4Number Lines |
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Activity 4Number Lines |
Using a number line as a tool, children can enhance their math skills through activities focused on counting, number order, and estimation. The author emphasizes hands-on learning by providing practical activities that engage children in understanding numerical concepts. This content outlines a series of educational activities designed to help children develop their math skills using a number line. It begins by explaining the importance of number lines in counting, recognizing place values, and estimating numbers. The author provides a step-by-step guide for creating a number line, suggesting that parents use a long piece of paper and a ruler to draw it. Various activities are proposed, such as ordering number cards, filling in missing numbers, and representing numbers with natural objects. The content also includes counting in multiples, where children can practice placing number cards in multiples of 10, 2, 3, and 5. A fun game called 'Where Is the Bear' is introduced to make estimating numbers engaging. Additionally, the author encourages discussions about the activities to reinforce learning and understanding. |
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Activity 5100 Grid |
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Activity 5100 Grid |
The lesson plan provides a structured approach for teaching children to count using a 100 grid, emphasizing hands-on activities and visual engagement. It aims to enhance children's understanding of number patterns through repetitive practice with manipulatives and colouring activities. The lesson plan outlines a hands-on educational activity designed to help children learn counting in steps of 2, 3, 5, and 10 using a 100 grid. It suggests using manipulatives such as buttons or beads to maintain engagement and facilitate learning through repetition. The activity begins with the child identifying numbers on the grid, followed by counting and colouring specific numbers according to the counting steps. For counting in 2s, children colour numbers in red, while for 3s, they use green, blue for 5s, and orange for 10s. The content emphasizes the importance of discussing patterns observed in the grid, such as even numbers for 2s, diagonal lines for 3s, and specific endings for 5s and 10s. This interactive approach aims to reinforce number recognition and counting skills in a fun and engaging manner. |
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Activity 6Comparing Numbers |
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Activity 6Comparing Numbers |
The lesson plan emphasizes the importance of hands-on activities in teaching children to compare numbers using mathematical symbols. It advocates for the use of manipulatives and templates to enhance engagement and understanding in early math education. This content provides a comprehensive guide for parents and educators on teaching children to compare numbers using the greater than (>), less than (<), and equal to (=) signs. It outlines specific activities, such as using a Comparing Numbers Template and manipulatives like buttons and beans, to help children visualize and understand the concept of comparing quantities. The guide suggests that repetition is crucial for mastering math skills, encouraging the use of various manipulatives to maintain engagement. It also includes practical steps for conducting activities, such as counting objects and placing the correct symbols between groups. Additionally, it highlights the importance of using Number Cards for different activities and suggests printing them for durability. The content concludes by reinforcing the idea that consistent practice with different materials will help children become more confident in their math abilities. |
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Activity 7Ordering Numbers |
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Activity 7Ordering Numbers |
The lesson plan emphasizes the importance of hands-on activities in teaching children to recognize and order numbers, enhancing their understanding of place value. It provides various engaging methods and resources to facilitate this learning process effectively. This content outlines strategies for teaching children the concept of ordering numbers and understanding place value. It suggests starting with smaller numbers (1-10) and gradually increasing the range to 100 to avoid overwhelming the child. Various activities are proposed, such as using an Ordering Numbers Activity Sheet, number cards, toy cars with number stickers, craft sticks, paper cups, pebbles, and clothes pegs to make learning interactive. The content encourages discussion about the smallest and largest numbers and the significance of each digit in a number. It emphasizes the importance of hands-on learning and continuous engagement with different resources to reinforce the child's understanding. |
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Activity 8Combining Tens And Ones |
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Activity 8Combining Tens and Ones |
This content focuses on teaching children the concept of place value by combining tens and ones in two-digit numbers. The approach emphasizes hands-on activities and visual aids to enhance understanding and problem-solving skills. The lesson plan outlines an educational activity designed to help children recognize the place value of digits in two-digit numbers, specifically focusing on tens and ones. It introduces the concept that two-digit numbers are composed of tens and ones, using the example of the number 28, which consists of 2 tens and 8 ones. The activity involves using Tens and Ones Number Cards and an Activity Sheet for recording calculations. Children are encouraged to use physical objects like Unifix cubes to visualize and count the numbers. The activity includes steps for combining tens and ones through addition, such as demonstrating that 20 + 8 equals 28. It also suggests turning the cards face down to create different piles for children to draw from and add together. The activity sheet contains problems for children to solve, reinforcing the understanding of which digits represent tens and which represent ones. |
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Year Two Place Value
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Hands-on lessons are highly effective in teaching Year 2 maths by providing concrete experiences that help children grasp abstract concepts. By using manipulatives like counting objects, number cards, and place value blocks, students can physically interact with mathematical ideas, making them more tangible and easier to understand. This approach engages multiple senses, which enhances memory retention and helps students build connections between abstract numbers and real-world quantities. Hands-on activities also increase student engagement and motivation, as they make learning more fun and interactive compared to traditional worksheet-based methods. Additionally, these tactile experiences support the development of problem-solving skills and critical thinking, as students can experiment with different solutions and see the immediate results of their actions.
Hands-on lessons generally lead to significantly higher student engagement compared to traditional teaching methods like lectures. Research shows that active, experiential learning approaches result in deeper understanding, improved retention, and greater enthusiasm from students.
A Harvard study found that while students felt they learned more from traditional lectures, they actually performed better on tests after active learning sessions. This highlights how hands-on methods can be more effective even when students don't perceive them as such. The interactive nature of hands-on activities captures students' attention and fosters a deeper connection to the material compared to passive listening.
Hands-on learning engages multiple senses and encourages students to actively participate rather than simply absorb information. This multisensory approach helps students retain knowledge better - studies show students may remember only 5% of lecture content but can retain up to 75% of what they learn through hands-on activities. The physical manipulation of objects and concepts makes abstract ideas more concrete and memorable.
Additionally, hands-on methods promote problem-solving, critical thinking, and creativity in ways that lectures often cannot. When students encounter challenges during hands-on tasks, they must analyze, strategize, and implement solutions in real-time. This develops crucial skills that are highly valued by employers. The collaborative nature of many hands-on activities also enhances engagement by facilitating peer-to-peer learning and communication.
While traditional methods like lectures are still valuable for conveying foundational knowledge, incorporating hands-on elements can significantly boost student engagement and learning outcomes. A balanced approach that combines both traditional and experiential learning methods may be most effective for comprehensive education.
Yes, hands-on place value activities can be effectively adapted to accommodate different learning styles in the classroom. Here are some ways to modify place value activities for various types of learners:
Visual Learners:
Auditory Learners:
Kinesthetic Learners:
Reading / Writing Learners:
By incorporating a variety of these approaches, teachers can create a multi-sensory learning environment that caters to different learning preferences while teaching place value concepts. This inclusive approach helps ensure that all students have the opportunity to engage with and understand place value in ways that resonate with their individual learning styles.
Based on our research, some of the best materials to use for hands-on place value activities include:
Base 10 blocks are considered essential for visualizing place value concepts. They allow students to physically represent ones, tens, hundreds, etc. Place value discs or chips are also highly recommended, as they come in different colors with values written on them to reinforce the connection between numerals and place values.
Number cards are versatile tools that can be used for various place value activities like ordering numbers and comparing values. Unifix cubes or other connecting blocks are great for building numbers and demonstrating grouping. Place value mats help students organize manipulatives by place value when working with physical objects.
For larger demonstrations, magnetic base ten blocks on a whiteboard are useful for modelling during whole class instruction. Interactive tools like place value tables with flip numbers can be effective for small group work. Some teachers also recommend using everyday items like craft sticks, paper cups, or clothes pegs creatively for place value activities.
Additionally, printable resources like place value worksheets, activity sheets, and interactive notebook pages provide low-prep options for practice. Incorporating games with materials like number spinners or dice can make learning more engaging. Overall, using a variety of concrete, visual, and hands-on materials is key to helping students grasp place value concepts.
Here are some effective ways to incorporate technology into hands-on place value lessons:
Remember, technology should complement, not replace, hands-on learning with physical manipulatives. Use a mix of digital and concrete tools to cater to different learning styles and reinforce place value concepts.
Here are some additional creative hands-on activities for teaching place value:
1. Place Value Jenga: Write different place values on Jenga blocks (ones, tens, hundreds, etc.). As students remove blocks, they must identify the place value and give an example of a number with a digit in that place.
2. Place Value Scavenger Hunt: Hide cards with numbers around the classroom. Students must find the cards and sort them based on the value of a specific digit (e.g., all numbers with a 5 in the tens place).
3. Place Value Hopscotch: Create a giant hopscotch board outside with chalk, filling each square with a multi-digit number. Call out place value clues (e.g., "Hop to a number with 7 in the hundreds place") for students to follow.
4. Base-10 Block Building Challenges: Give students a set of base-10 blocks and challenge them to build specific numbers or solve place value puzzles using the blocks.
5. Place Value War: Play a card game where students compare numbers based on a specific place value rather than the whole number.
6. Place Value Puzzles: Create jigsaw puzzles where pieces only fit together if they match the correct place value representation (e.g., 300 + 50 + 2 matches with 352).
7. Place Value Bowling: Set up bowling pins labeled with different place values. When students knock down pins, they must create a number using the place values of the fallen pins.
8. Human Number Line: Have students become "digits" and physically arrange themselves to form different numbers based on verbal or written clues.