This document provides a proposed syllabus split for Class 5 covering the months from April to September. It outlines the key concepts and areas of focus for each month, including geometry, numbers, measurement, patterns, and fractions. Suggested hands-on activities are provided to help students learn the concepts as well as the expected learning outcomes. Teaching and learning materials including worksheets, puzzles, and online resources are also listed to aid instruction. The goal is to recap previously learned topics while introducing new concepts through interactive lessons and applying understanding to word problems.
This document discusses the integration of technology and manipulatives in mathematics teaching. It outlines topics like virtual manipulatives, dynamic geometry software, computer algebra systems, and other technologies. Virtual manipulatives allow students to interact with visual representations of dynamic objects to build mathematical understanding. Effective use requires teachers to understand representations and lesson structure. Sample websites for virtual manipulatives on measurement, conversions, and volume are provided. Integrating technology can keep students engaged by empowering them in today's technological world.
This document provides guidance on cataloging cartographic materials according to RDA. It discusses what constitutes a map, differences between maps and other materials, chief sources of information, and recording title, statements of responsibility, and other key metadata in MARC fields. Details like scale, projection, coordinates, editions, and notes are also addressed. The document explains how to record series information and provides examples of completed MARC records for maps.
This document contains a syllabus for the month of April for Class 4 students. It outlines the key concepts, suggested activities, learning outcomes, teaching-learning materials, and skills for the subjects of Geometry, Numbers, and Measurement. For Geometry, the concepts of shapes and spatial understanding are covered through activities with bricks, tangrams, and exploring 3D objects. For Numbers, the focus is on place value, number names, and operations up to one lakh. Suggested activities include using objects to understand place value. Measurement concepts involve identifying the number of faces in 2D and 3D shapes.
The basics of cbse cce and grading systemBabu Appat
Continuous and Comprehensive Evaluation refers to a system of school based assessment that covers all aspects of student’s development. This system follows certain norms and those are being explained here in quite some detail. This is intended to enable teachers familiarise themselves with those norms and regulations.
Yoga and meditation have shown benefits in treating PTSD symptoms based on several studies. A pilot study found that patients assigned to yoga had greater decreases in PTSD symptoms of intrusions and hyperarousal than those assigned to dialectical behavior therapy. Yoga is thought to help by teaching patients to focus on bodily sensations and moderate arousal levels. The Veterans Administration has also implemented PTSD treatment programs utilizing yoga, meditation, and other mind-body practices.
Continuous and Comprehensive Assessment in SchoolsSanjaya Mishra
The document discusses comprehensive and continuous assessment in schools. It outlines that assessment should go beyond just evaluating academic skills and include assessing other areas like life skills, attitudes, values, and co-curricular activities. The CBSE recommends using both formative and summative assessments across scholastic and co-scholastic domains with grades assigned on a scale. Effective assessment requires teachers to plan lessons, give regular feedback, monitor student growth, and maintain detailed records while involving parents.
This document discusses the integration of technology and manipulatives in mathematics teaching. It outlines topics like virtual manipulatives, dynamic geometry software, computer algebra systems, and other technologies. Virtual manipulatives allow students to interact with visual representations of dynamic objects to build mathematical understanding. Effective use requires teachers to understand representations and lesson structure. Sample websites for virtual manipulatives on measurement, conversions, and volume are provided. Integrating technology can keep students engaged by empowering them in today's technological world.
This document provides guidance on cataloging cartographic materials according to RDA. It discusses what constitutes a map, differences between maps and other materials, chief sources of information, and recording title, statements of responsibility, and other key metadata in MARC fields. Details like scale, projection, coordinates, editions, and notes are also addressed. The document explains how to record series information and provides examples of completed MARC records for maps.
This document contains a syllabus for the month of April for Class 4 students. It outlines the key concepts, suggested activities, learning outcomes, teaching-learning materials, and skills for the subjects of Geometry, Numbers, and Measurement. For Geometry, the concepts of shapes and spatial understanding are covered through activities with bricks, tangrams, and exploring 3D objects. For Numbers, the focus is on place value, number names, and operations up to one lakh. Suggested activities include using objects to understand place value. Measurement concepts involve identifying the number of faces in 2D and 3D shapes.
The basics of cbse cce and grading systemBabu Appat
Continuous and Comprehensive Evaluation refers to a system of school based assessment that covers all aspects of student’s development. This system follows certain norms and those are being explained here in quite some detail. This is intended to enable teachers familiarise themselves with those norms and regulations.
Yoga and meditation have shown benefits in treating PTSD symptoms based on several studies. A pilot study found that patients assigned to yoga had greater decreases in PTSD symptoms of intrusions and hyperarousal than those assigned to dialectical behavior therapy. Yoga is thought to help by teaching patients to focus on bodily sensations and moderate arousal levels. The Veterans Administration has also implemented PTSD treatment programs utilizing yoga, meditation, and other mind-body practices.
Continuous and Comprehensive Assessment in SchoolsSanjaya Mishra
The document discusses comprehensive and continuous assessment in schools. It outlines that assessment should go beyond just evaluating academic skills and include assessing other areas like life skills, attitudes, values, and co-curricular activities. The CBSE recommends using both formative and summative assessments across scholastic and co-scholastic domains with grades assigned on a scale. Effective assessment requires teachers to plan lessons, give regular feedback, monitor student growth, and maintain detailed records while involving parents.
farm area perimeter volume technology and livelihood educationmamvic
area perimeter and volume lesson in mathematics technology and livelihood education helps students about mathematics in farm activities easy to understand lesson about area perimeter and volume. has something to do about how students will study and understand lesson related to technology and livelihood education and mathematics relationship.
The document discusses various math manipulatives and activities that can be used in the classroom including color tiles, geoboards, toothpicks, playing cards, dice, and base-ten blocks. It provides examples of opening activities, explanations of why manipulatives are important, and cheap alternative manipulatives. The document also includes transcripts from video recordings of classroom lessons using these manipulatives and discussions of the mathematical concepts being taught.
This document provides the syllabus and lesson plans for mathematics for class 3 students. It outlines the key concepts and areas covered each month from April to November, including geometry, patterns, numbers, addition, subtraction, measurement, time, and multiplication. For each lesson, it suggests activities, expected learning outcomes, and resources. The overall goals are for students to develop mathematical understanding and skills like creative thinking, estimation, and problem solving.
The document outlines a route map for the Edexcel GCSE Mathematics (9-1) Foundation Tier course. It provides a schedule of topics to be covered each term from years 10 to 11, including symmetry, factors and primes, expressions and equations, graphs, probability, and more. Examinations are scheduled for March, June, and November. The map also lists learning objectives and resources for selected topics.
This handbook provides an overview of the Common Core standards that students are expected to meet in each grade from kindergarten through 8th grade. It outlines the key math and English language arts skills for each grade level, such as learning to count and do basic addition and subtraction in kindergarten, understanding place value and telling time in 1st grade, and learning more advanced multiplication and division in 3rd grade. It also provides strategies parents can use at home to support their child's learning, such as reading more challenging books together, practicing math facts, and engaging in everyday problems that use math.
This document discusses the need to change schools to better develop students' skills in rigor and relevance. It presents the Rigor/Relevance Framework, which maps levels of knowledge and application across axes. The framework is used to evaluate tasks and ensure a balance of rigor and real-world application. Examples are provided of math and science tasks at different levels of Bloom's taxonomy and the application model. Strategies are suggested for instruction based on the framework. Finally, sample curriculum charts show how state standards map to levels of rigor and relevance.
The lesson plan involves students calculating the areas of different polygons like parallelograms, kites, and trapeziums by completing a table with formulas and pictures. The teacher will then demonstrate how to use the formulas to find areas of different shapes. Students will work in groups to measure sides of polygons and calculate areas to construct a house, finding the total area.
The document describes an activity called "Rep-Tiles" where students discover and explore algebraic expressions through tiling geometric shapes. Rep-tiles are shapes where n copies can be arranged to form a larger, similar shape. Students experiment with shapes like triangles, squares, and parallelograms to see which ones are rep-tiles. They then represent the area or perimeter of their rep-tiles with algebraic expressions. The goal is to help students develop spatial sense and understand geometric and number patterns through independent exploration.
Geometry is the branch of mathematics concerned with properties of points, lines, angles, curves, surfaces and solids. It involves visualizing shapes, sizes, patterns and positions. The presentation introduced basic concepts like different types of lines, rays and angles. It also discussed plane figures from kindergarten to 8th grade, including classifying shapes by number of sides. Space figures like cubes and pyramids were demonstrated by having students construct 3D models. The concepts of tessellation, symmetry, and line of symmetry were explained.
The document provides guidance on planning lessons on area using the backwards approach by first identifying the learning outcomes, then determining how learning will be assessed, planning learning activities and environments, and finally assessing student learning and following up. It gives examples of outcomes and assessment for understanding area of 2D shapes, and recommends having students estimate, measure, and compare areas using different units to build understanding.
Y1 Numeracy Must (EYFS Goal) Y1 Numeracy Should (Y1 obj) Y1 Numeracy Could (Y2 obj)
The document outlines numeracy objectives for early years foundation stage goals, year 1 objectives, and year 2 objectives. It covers counting, writing numbers, comparing numbers, addition, subtraction, multiplication, division, measuring, time, money, data, and shape.
This document provides teaching objectives, activities, and assessments for a geometry unit. The unit focuses on basic geometric elements like lines, segments, angles, as well as flat elementary figures including triangles, quadrilaterals, and regular polygons. Students will use technological tools to investigate geometric properties and relations. They will analyze city maps to study street configurations. The goal is for students to describe, analyze, and classify geometric shapes and structures while developing problem-solving, reasoning, and communication skills in mathematics.
Fractions - Adapted from "Beyond Pizzas and Pies"napolib
An overview of fraction concepts adapted from Beyond Pizzas and Pies found at Math Solutions. com - http://store.mathsolutions.com/product-info.php?Beyond-Pizzas-Pies-pid780.html
Geometry is a branch of mathematics that deals with measurement and spatial relationships. It is used to calculate areas, perimeters, volumes, and other properties of shapes and spaces. Geometry is applied in many fields like carpentry, painting, gardening, engineering, surveying, astronomy, graphic design, and medical imaging. It allows people in these occupations to perform measurements and calculations essential to their work.
The document discusses key geometric concepts that should be taught in early elementary grades, including two and three dimensional shapes, coordinate geometry, transformations, symmetry, and spatial reasoning. It provides rationale for why geometry is important even at a young age. Several hands-on activities are described to help students explore and develop an understanding of these foundational geometric ideas in a developmentally appropriate manner through exploration and play.
X professional learning_communities_presentation_6-27-11vroule
The document discusses professional learning communities (PLCs) and their key components, including teacher collaboration, common curricula, common assessments, and a focus on student learning. It provides examples of PLC accomplishments in a school district, including developing common curricula, learning outcomes, assessments, and analyzing assessment results at different grade levels. Specific progress examples include lists of annual learning outcomes in elementary math, sample unit-level outcomes for middle school subjects, and an analysis of a common assessment in middle school science.
This lesson plan introduces 2nd grade students to plane and solid geometric shapes over two weeks. In week one, students will learn to identify and classify basic 2D shapes like triangles, squares, rectangles, circles through activities cutting out shapes from magazines and manipulating attribute blocks. They will also begin to learn about 3D shapes like spheres and cubes by comparing them to 2D shapes. In week two, students further explore solid shapes and learn new vocabulary like prisms and pyramids. Formative assessments include daily quizzes and homework. The performance task is a student-created "Math Museum" displaying real-world examples of shapes.
Instrumentation in mathematics (Instructional Materials)Lara Katrina
Manipulatives are objects designed for learners to perceive mathematical concepts by manipulating them. They allow students to learn in a hands-on way. The document describes several types of manipulatives including fraction tiles, law of signed number flashcards, an improvised geoboard, platonic solids models, algebra tiles, and a circle-parallelogram relationship model. It provides instructions for pedagogical uses and procedures for each manipulative.
farm area perimeter volume technology and livelihood educationmamvic
area perimeter and volume lesson in mathematics technology and livelihood education helps students about mathematics in farm activities easy to understand lesson about area perimeter and volume. has something to do about how students will study and understand lesson related to technology and livelihood education and mathematics relationship.
The document discusses various math manipulatives and activities that can be used in the classroom including color tiles, geoboards, toothpicks, playing cards, dice, and base-ten blocks. It provides examples of opening activities, explanations of why manipulatives are important, and cheap alternative manipulatives. The document also includes transcripts from video recordings of classroom lessons using these manipulatives and discussions of the mathematical concepts being taught.
This document provides the syllabus and lesson plans for mathematics for class 3 students. It outlines the key concepts and areas covered each month from April to November, including geometry, patterns, numbers, addition, subtraction, measurement, time, and multiplication. For each lesson, it suggests activities, expected learning outcomes, and resources. The overall goals are for students to develop mathematical understanding and skills like creative thinking, estimation, and problem solving.
The document outlines a route map for the Edexcel GCSE Mathematics (9-1) Foundation Tier course. It provides a schedule of topics to be covered each term from years 10 to 11, including symmetry, factors and primes, expressions and equations, graphs, probability, and more. Examinations are scheduled for March, June, and November. The map also lists learning objectives and resources for selected topics.
This handbook provides an overview of the Common Core standards that students are expected to meet in each grade from kindergarten through 8th grade. It outlines the key math and English language arts skills for each grade level, such as learning to count and do basic addition and subtraction in kindergarten, understanding place value and telling time in 1st grade, and learning more advanced multiplication and division in 3rd grade. It also provides strategies parents can use at home to support their child's learning, such as reading more challenging books together, practicing math facts, and engaging in everyday problems that use math.
This document discusses the need to change schools to better develop students' skills in rigor and relevance. It presents the Rigor/Relevance Framework, which maps levels of knowledge and application across axes. The framework is used to evaluate tasks and ensure a balance of rigor and real-world application. Examples are provided of math and science tasks at different levels of Bloom's taxonomy and the application model. Strategies are suggested for instruction based on the framework. Finally, sample curriculum charts show how state standards map to levels of rigor and relevance.
The lesson plan involves students calculating the areas of different polygons like parallelograms, kites, and trapeziums by completing a table with formulas and pictures. The teacher will then demonstrate how to use the formulas to find areas of different shapes. Students will work in groups to measure sides of polygons and calculate areas to construct a house, finding the total area.
The document describes an activity called "Rep-Tiles" where students discover and explore algebraic expressions through tiling geometric shapes. Rep-tiles are shapes where n copies can be arranged to form a larger, similar shape. Students experiment with shapes like triangles, squares, and parallelograms to see which ones are rep-tiles. They then represent the area or perimeter of their rep-tiles with algebraic expressions. The goal is to help students develop spatial sense and understand geometric and number patterns through independent exploration.
Geometry is the branch of mathematics concerned with properties of points, lines, angles, curves, surfaces and solids. It involves visualizing shapes, sizes, patterns and positions. The presentation introduced basic concepts like different types of lines, rays and angles. It also discussed plane figures from kindergarten to 8th grade, including classifying shapes by number of sides. Space figures like cubes and pyramids were demonstrated by having students construct 3D models. The concepts of tessellation, symmetry, and line of symmetry were explained.
The document provides guidance on planning lessons on area using the backwards approach by first identifying the learning outcomes, then determining how learning will be assessed, planning learning activities and environments, and finally assessing student learning and following up. It gives examples of outcomes and assessment for understanding area of 2D shapes, and recommends having students estimate, measure, and compare areas using different units to build understanding.
Y1 Numeracy Must (EYFS Goal) Y1 Numeracy Should (Y1 obj) Y1 Numeracy Could (Y2 obj)
The document outlines numeracy objectives for early years foundation stage goals, year 1 objectives, and year 2 objectives. It covers counting, writing numbers, comparing numbers, addition, subtraction, multiplication, division, measuring, time, money, data, and shape.
This document provides teaching objectives, activities, and assessments for a geometry unit. The unit focuses on basic geometric elements like lines, segments, angles, as well as flat elementary figures including triangles, quadrilaterals, and regular polygons. Students will use technological tools to investigate geometric properties and relations. They will analyze city maps to study street configurations. The goal is for students to describe, analyze, and classify geometric shapes and structures while developing problem-solving, reasoning, and communication skills in mathematics.
Fractions - Adapted from "Beyond Pizzas and Pies"napolib
An overview of fraction concepts adapted from Beyond Pizzas and Pies found at Math Solutions. com - http://store.mathsolutions.com/product-info.php?Beyond-Pizzas-Pies-pid780.html
Geometry is a branch of mathematics that deals with measurement and spatial relationships. It is used to calculate areas, perimeters, volumes, and other properties of shapes and spaces. Geometry is applied in many fields like carpentry, painting, gardening, engineering, surveying, astronomy, graphic design, and medical imaging. It allows people in these occupations to perform measurements and calculations essential to their work.
The document discusses key geometric concepts that should be taught in early elementary grades, including two and three dimensional shapes, coordinate geometry, transformations, symmetry, and spatial reasoning. It provides rationale for why geometry is important even at a young age. Several hands-on activities are described to help students explore and develop an understanding of these foundational geometric ideas in a developmentally appropriate manner through exploration and play.
X professional learning_communities_presentation_6-27-11vroule
The document discusses professional learning communities (PLCs) and their key components, including teacher collaboration, common curricula, common assessments, and a focus on student learning. It provides examples of PLC accomplishments in a school district, including developing common curricula, learning outcomes, assessments, and analyzing assessment results at different grade levels. Specific progress examples include lists of annual learning outcomes in elementary math, sample unit-level outcomes for middle school subjects, and an analysis of a common assessment in middle school science.
This lesson plan introduces 2nd grade students to plane and solid geometric shapes over two weeks. In week one, students will learn to identify and classify basic 2D shapes like triangles, squares, rectangles, circles through activities cutting out shapes from magazines and manipulating attribute blocks. They will also begin to learn about 3D shapes like spheres and cubes by comparing them to 2D shapes. In week two, students further explore solid shapes and learn new vocabulary like prisms and pyramids. Formative assessments include daily quizzes and homework. The performance task is a student-created "Math Museum" displaying real-world examples of shapes.
Instrumentation in mathematics (Instructional Materials)Lara Katrina
Manipulatives are objects designed for learners to perceive mathematical concepts by manipulating them. They allow students to learn in a hands-on way. The document describes several types of manipulatives including fraction tiles, law of signed number flashcards, an improvised geoboard, platonic solids models, algebra tiles, and a circle-parallelogram relationship model. It provides instructions for pedagogical uses and procedures for each manipulative.
The ICSE Class 2 syllabus includes chapters on poems, grammar, and mathematics. For English, students will study 16 poems and learn about parts of speech like nouns, verbs, adjectives and pronouns as well as punctuation, opposites, and tenses. The mathematics syllabus covers 16 topics including 2-digit and 3-digit numbers, addition, subtraction, multiplication, division, geometry, fractions, and measurement of length, weight, and capacity.
The document outlines the syllabus for ICSE Class 1, covering Environmental Studies (EVS), Computer Applications, and French. The EVS syllabus includes 18 chapters on topics like the self, family, community, plants, animals, food, and the environment. The Computer Applications syllabus introduces students to computers and their basic parts through 8 chapters. The 11 chapter French syllabus teaches students about France, its culture, and introduces basic vocabulary around self, family, school, colors, and days of the week.
The document outlines the syllabus for various subjects in ICSE Class 1, including Mathematics, English, EVS, and Computer Applications. For Mathematics, topics range from pre-number concepts to addition, subtraction, measurement, money, and multiplication. English topics cover stories, poems, rhymes. EVS focuses on the child, family, school, neighborhood, environment. Computer Applications introduces basic computer parts and functions like the keyboard, mouse, and Paint software.
The document outlines the syllabus for various subjects in ICSE Class 1 including English, EVS, Computer Applications, and French. The English syllabus includes 10 chapters on topics like stories, poems, and rhymes. The EVS syllabus has 18 chapters covering topics about the self, family, community, environment and safety. The Computer Applications syllabus includes 8 chapters introducing students to basic computer parts and functions. The French syllabus has 11 chapters focusing on introducing students to French culture, language, numbers and school.
Class 1 CBSE EVS Sample Paper Term 2 Model 2Sunaina Rawat
This document provides a sample paper for an Environmental Studies exam with questions in three sections. Section A contains 10 one-mark multiple choice questions about national festivals, plants, animals, and seasons. Section B has 10 two-mark questions requiring short answers about holidays, occupations, the sun, and animals. Section C consists of 5 three-mark questions requiring longer answers about things that fly, water sources and uses, and plant-eating animals. The last question is worth 5 marks and asks how plants help humans.
The CBSE Class 1 Math syllabus for 2012-13 outlines 13 lessons covering topics such as shapes, numbers, addition, subtraction, time, measurement, data handling, patterns, and money taught over 10 months from April to March. Lessons include numbers from 1 to 100, addition, subtraction, time, measurement, data handling, patterns, and money.
বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
Introduction to AI for Nonprofits with Tapp NetworkTechSoup
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Pollock and Snow "DEIA in the Scholarly Landscape, Session One: Setting Expec...
Class 5 Cbse Maths Syllabus
1. Split up Syllabus
CLASS V
www.edurite.com
MONT
H
SYLLABUS LESSON CONCEPT/KEY
AREAS
SUGGESTED ACTIVITIES EXPECTED LEARNING
OUTCOMES
TLM/
RESOURCES
VALUES/SKILLS PERIODS
April/
May
Geometry
Shapes &
Spatial
Understanding
Numbers
Numbers And
Operations
Measurement
( Weight,
Capacity, Time)
The
Fish
Tale
Recapitulation
of work done
in previous
classes
Geometry
(Shapes &
spatial
understanding)
Understanding
of shapes
Numbers
Numbers and
Operations
Estimation and
comparison
Understanding
of large
numbers
Basic
Operations of
large numbers
Rounding of
numbers
Measurement
s
( Weight,
Capacity,
Time)
Understanding
the units of
weight &
• Make different sea
animals using various
shapes
• Collection of pictures of
different types of boats
• Find the speed and
fare for one round trip.
• Representing numbers
on a Place value chart (
Indian & International)
• Numeral and number
names
• Short form/ expanded
form of numbers
• Formation of smallest
and greatest number using
3,4 & 5 digits
• Compare numbers ( > =
< )
• Rounding of numbers
to nearest tens, hundreds
and thousands
• Word problems on
addition and subtraction,
measurement- length,
weight, capacity, speed,
distance and time.
• Conversion of units
• Mock fish market
showing buying and selling
of fish
Draws different
figures using
different shapes.
Reads and writes
large numbers
Compares large
numbers
Adds, subtracts,
divides and
multiplies large
numbers
Round numbers to
nearest tens
,hundreds and
thousands
Understands
various units of
measurement
Converts higher
units to lower units
and vice versa
Understands the
relation ship
between speed,
distance and time.
Understands
concept of loan,
interest and savings
Solves word
problems related to
large numbers, time
-Pictures of
different types of
boats
-Indian &
International Place
value chart
-50 grams/100
grams/500 grams/1
kilogram weights
-Measuring tape
-Measuring cylinder
-Flash cards of
numbers
-Internet resources
-Worksheets
Recapitulates the
various
shapes/number
operation and units
of capacity
/weight/length, it
conversion.
Develops
Creative thinking,
26
2. www.edurite.com
April/
May
Geometry
Shapes & spatial
understanding
Gets the
feel of an
angle
through
observation
and paper
folding
Identifies
right angles
in the
environmen
Shapes
and
Angles
capacity,
time& distance
and
differences
between
them.
Understanding
the conversion
of units
Knowledge
about different
kinds of water
transport
system; its
speed,
capacity to
carry and time
to cover
certain
distances.
Solving word
problems
Understanding
of ray, line,
line segment
Understanding
the concept of
an angle
Knowledge
about different
plane figures
Knowledge
about different
types of angles
Ability to
• Mock bank showing
borrowing of money,
interest and savings.
[ prepare simple questions
on conversion /addition
/subtraction/multiplication
of
Unit and ample questions
for practice should be given
to students].
Follow up the learning
levels of students. Student
who lacks basic
understanding of the
concept(s) be given extra
support.
Note-Integrated with
“What if it finishes?”
Looking Around class 5
Make shapes using match
sticks, understand that
polygon with same sides
have different shapes
because of different angles
Make an angle tester using
card board and drawing pin
Look for the different
angles in and around
class/home.
Angles made by hands of a
clock
speed and capacity.
Integration with EVS
and language(s)
- a fairly good
idea about:- i)
aquatic life
ii) Types of fishes.
iii) Water transport
system in river/lake.
iv) Idea of local
markets.
V)
Recitation/narration
of poems / stories
on fish.
Understands the
concept of a ray,
line , line segment
Recognizes plane
figures
Distinguishes
between corners,
edges, straight and
curved edge.
Understands the
meaning of an angle
and comparison of
angles.
Geometrical
instruments-
Protractor, Scale,
Divider
Visuals of Yoga
postures
Coloured paper
Clock
Sticks
Reflect upon the
angles and sides of a
given shapes.
Uses protractor
and other
instrument to
measure the same.
9
3. www.edurite.com
t
Classifies
angles into
right, acute
and obtuse
angles
Represents
right angle,
acute angle
and obtuse
angle by
drawing and
tracing
measure
angles using a
protractor and
degree clock
Ability to draw
angles of given
measures
Angles in names
Paper folding to show
different angles (Paper
aero plane)
Angles in Yoga postures
Observe bridges and tower
[diagonal beams which
divide the shapes into
triangle.
Constructing angles of
given measurement using
Protractor
Formation of angles by
using different objects.
Formation of angles using
different gestures of body
and BALA.
Making different shapes
with cycle tube and match
stick.
Making a paper degree
clock
Worksheets and Practice
exercises for drill work
Knows about
different types of
angles. i.e. (Right
angle /less than
right angle /more
than right angle.)
Classifies angles as
acute, obtuse and
right angle
Knows why triangles
are used in towers
and bridges etc.
Uses degree clock
and protractor to
draw and measure
different angles.
Solves simple
problems related to
the measurement of
different angles in
day today activity.
Note- Integrated
with “ Up You Go”
Looking Around
Class 5
June Measurement
Length
Determine
the area
and
perimeter
of simple
How
many
Squares
?
Understanding
of concept of
area and
perimeter
Ability to find
area/perimete
r of regular
Drawing shapes for the
given number of
squares on a graph
paper/square grid.
Finding area and
perimeter by placing
things on a square
Understands the
concept of area and
perimeter.
Measures area of
regular and irregular
shapes using 1cm
square paper or geo-
Graph paper/ Square
grid
Objects from
classroom
environment
Able to measure the
perimeter and area of
regular and irregular
figure.
Develop concepts
and discuss about
8
4. www.edurite.com
July
geometrical
figures
Numbers
Fractional
Numbers
Finds the
Parts
and
and irregular
figures
Comparison of
area and
perimeter
Ability to
modify basic
shapes to
create
different tiling
shapes
Solving
problems
based on area
and perimeter
Understanding
of parts of a
whole and a
collection – ½
grid/graph paper.
Finding area/perimeter
of Maths notebook,
pencil box, stamps etc.
Measuring the
perimeter of irregular
shapes using thread.
Creating new shapes
out of a square (tile) to
make floor patterns.
Complete tiling
patterns.
Visit to a mathematical
garden
Draw rectangles of 12
squares in different
ways on a dot grid.
Find the perimeter.
Make shapes with
straight lines to cover
the given area on a
graph paper.
Puzzles with five
squares (12 different
shapes). Find perimeter
of each and compare
them. Arrange the 12
pieces in a 10X6 rec.
Make your own tile
Worksheets and
Practice exercises for
drill work
Draw our national flag.
Write fraction for the
different colours.
board.
Derives formulae for
finding the
perimeter and area
of given figure.
Determines the
perimeter and area
of given figures with
given dimensions
and express its
relevant unit.
Solves simple
problems related to
the measurement of
area and perimeter
in day today activity.
Integrated with
drawing
Identifies fraction of
part of a whole and
of a collection
Measuring
tape/scale
Visuals of tile
patterns
Puzzles
Internet resources
Cut outs of different
shapes
various figure.
Develops a clear
idea of fractional
number and its
24
5. www.edurite.com
fractional
part of a
collection
Compares
fractions
Identifies
equivalent
fractions
Estimates
the degree
of
closeness
of a
fraction to
known
fractions
(1/2,1/4,3/
4)
wholes ,¼ , ¾ etc
Understanding
of different
types of
fractions
Understanding
of equivalent
fractions
Ability to
generate
equivalent
fractions
Conversion of
improper
fractions to
mixed
fractions and
vice versa
Comparison of
fractions
Ability to find
fractional part
of a number
Solving
problems
involving
fractional
numbers
Design a flag with logo
for your Maths club.
Paper folding activities
to show different parts
of a whole/equivalent
fraction
Fraction wall to show
equivalent fractions
Make a magic top.
Divide a rectangle into
6 parts in different
ways.
Take a square grid
colour/make design,
write fraction for the
coloured part
Part/fraction of a
collection
Divide the given shapes
in equal parts in
different ways
The colouring circle
game
Paper folding/cutting
the Roti/pizza–
equivalent fractions
Flash cards with
collection and partition
of objects e.g. pencils,
erasers, books, fruits
etc.
Use concrete objects
such as marbles, sticks,
bottle caps etc to show
equivalent fractions
Make a time table of
your daily routine.
Write a fraction to
show what part of a
Uses active
vocabulary related
to fractions in
his/her
conversation.
Understands the
concept of whole
numbers and part of
the numbers.
Understands
fraction as a division
Understands the
term equivalent
fractions
Generates fractions
equivalent to a given
fraction
Understands
different type of
fractions-
Like/Unlike
fractions, Unit
fractions, Proper
and Improper
fractions, mixed
fractions.
Compares fractions
Converts improper
fractions into mixed
numerals and vice
versa
Calculates fractional
part of a
number/quantity.
Develops
understanding of
decimal through
fraction with
denominators
Collection of
sticks/marbles/toffees/
bottle caps
Coloured paper
Graph paper
Fraction Kit
Internet resources
Flash cards
Worksheets
Chapati/Pizza/
Apple
Games/Puzzles
equivalence.
Able to represent
fractional number in
various forms.
6. www.edurite.com
August Geometry
Shapes &
spatial
understanding
Explores
intuitively
rotations
and
reflections
of familiar
2-D shapes
Explores
intuitively
symmetry
in familiar
3-D shapes
Does it
look the
same?
Understanding
of geometrical
patterns
Understanding
of symmetrical
and non-symmetrical
shapes
Ability to
generate
number
/geometrical
patterns
Solving
problems
related to
patterns
day is spent for each
activity?/ Show
different activities of a
day on a paper strip
with different colours
Games and puzzles
Quiz
Preparing
vegetable/grocery bills
Worksheets
Word problems
involving fractions from
daily life activities.
Worksheets and
Practice exercises for
drill work
Note- Integrated with “
Super Senses” Page 11,
Looking Around Class 5
Make a pattern from a
drop of colour
Drawing the other
mirror half of the given
picture
Mirror game (Putting
the mirror on different
places on figures and
drawing the shapes
obtained)
Distinguish
symmetrical and
asymmetrical figures
from the given
figures/objects
10,100 or 1000.
Makes design and
shapes by paper
folding (halves,
quarter etc.)
Solves simple
problems related to
the fractional
numbers in our day
to day activities.
Observes, describes
and continues
simple geometrical
patterns.
Identifies
symmetrical and
non-symmetrical
shapes, alphabets
etc.
Discovers and
narrates simple
characteristics of
shapes.
Identifies symmetry
and shapes of design
using the idea of
Mirror
Flash cards of
number/geometrical
patterns
Cut outs of
shapes/alphabets/nu
mbers
Develops logical
Thinking.
Generates patterns
depicting two
dimensional and three
dimensional shapes.
8
7. www.edurite.com
August
(cont)
Numbers
Numbers and
operations
Explains the
meaning of
factors and
multiples
Be my
multiple
, I’ll be
your
factor
Understanding
of Multiples
and factors
Understanding
of odd and
even numbers
Understanding
of prime and
composite
numbers
Understanding
of common
multiples and
factors
Ability to
compute the
LCM and HCF
Solving
problems
Pictures of
clock/mouth of
different animals
/exercise postures or
other diagrams to show
different symmetrical
and asymmetrical
shapes
Observing and drawing
different shapes on
rotating 1/3, 1/2, 1/4,
1/6 etc
Worksheets and
Practice exercises for
drill work
Use 10 x 10 grid and
colour all the even and
odd numbers in
different colours..
Play meow and dice
game to give the
concept of multiple.
Write multiples of
given numbers and also
find out common
multiples.
Arrange the groups of
different things with a
fixed number in
different ways (concept
of factor) (Things used
Bangles, seeds, pencils
etc)
paper folding.
Generates patterns
involving numbers
and operations.
Solves simple
problems related to
symmetrical and
asymmetrical
patterns.
Integrated with EVS
and drawing
Understands the
concept of factors
and multiples of a
number.
Understands the
relationship
between multiples
and factors.
Understands even
and odd numbers.
Understands the
concept of prime
and composite
numbers.
Understands the
concept of common
multiples and
common factors.
Sorts out the even
and odd numbers
that come between
10 x 10 grid
Bangles, beads,
pencils etc.
Internet resources
Worksheets
Represents various
Prime and
composite numbers in
factors and multiples.
18
8. www.edurite.com
Septe
mber Patterns
Identifies
patterns in
square
numbers,
triangular
numbers
Relates
sequences
of odd
numbers
between
Can you
see the
pattern
?
related to
multiples and
factors
Understanding
of patterns
Ability to make
patterns
Make factor trees for
the given number
Puzzles
Arranging bangles into
equal groups possible
for a given no. of
bangles. For ex. 6, 1X6,
2X3, 3X2, 6X1
List the factors of given
two no. and write the
common factors in the
common region
On a 1 to 100 number
grid colour multiples of
2 with red, 3 with blue
and 4 with yellow. Pick
the numbers which
have all the three
colours(Prime and
composite numbers)
Worksheets and
Practice exercises for
drill work
Observe the patterns
on gift
wrappers/cloth/and try
to deduce the rule.
Make a vegetable block
and using colours print
on paper/cloth taking
¼, ½turns.
(clockwise/anticlockwis
e)
the given numbers.
Sorts out the prime
and composite
numbers that come
between the given
numbers.
Finds factors and
multiples of a given
numbers.
Solves simple
problems related to
multiples and
factors in day today
activities.
Observes and
understands the
pattern
Recognizes the basic
unit which
generates the
pattern.
Makes patterns with
numbers and letters.
Computes the given
patterns using four
basic operation of
mathematics
Samples of patterns
Magic square/ magic
triangle
Printing blocks
Internet resources
Worksheets
Identification of
various number
patterns.
12+8
9. www.edurite.com
Octobe
r
consecutive
square
numbers
Makes
border
strips and
tiling
patterns
Geometry
Shapes &
spatial
understanding
Intuitive
idea of a
map
Reading
maps and
calculating
distances
Mappin
g Your
Way
Knowledge
and
understanding
of reading
maps
Understanding
of directions
Understanding
of scale of a
map
Observe the rule in the
given patterns and
complete the pattern
using the rules. [Magic
square, Magic
Hexagon, number and
number (change in
order of number in the
addends) Palindromes,
Magic calendar etc.]
Worksheets and
Practice exercises for
drill work
Finding the location of
Agra from Delhi in the
map of India.
Take a map of your city
and tell the location of
one locality to others
and its associated
objects like park,
hospital, temple etc.
Drawing a map on the
floor and ask the
children to stand on
the map and saying the
location of different
things around them
using the words
towards north, in the
east etc.
Enlarging or reducing
of pictures or maps on
graph paper, the class
room floor, the mud
Applies the
knowledge to form
pattern.
Integrated with
drawing
Is able to read a
map.
Understands the
need of a scale
of a map used to
locate the given
area.
Develops the
concept of
enlarging/reduci
ng the area in
the given map.
Understands the
four directions
and is able to
locate the given
area in the map.
Draws
conclusions and
inferences from
the map.
Converts one
unit of length to
Map of India
Map of Delhi
Map of World
Graph paper
Compass needle
Floor maps
Layout plans
Develops ability to
read map and
understands the
scales.
16
10. www.edurite.com
Novem
ber
Geometry
Shapes &
spatial
understanding
Gets the
feel of
perspective
while
drawing a
3-D object
in 2-D
Makes the
shapes of
cubes,
cylinders
and cones
using nets
especially
Boxes
and
Sketche
s
Understanding
of 2
dimensional
and 3
dimensional
shapes
Visualization
of 3
dimensional
shapes and its
representation
in 2
dimensional
Ability to
differentiate
between deep
drawing and
ground etc.
Finding actual
(approximate) distance
between cities with the
help of political maps.
Drawing map of your
class room and primary
wing and expressing
the different objects
e.g. black board,
window, door, display
board etc
Worksheets and
Practice exercises for
drill work
Note- Integrated with “
Whose Forests” Page
188, Looking Around,
class 5
Counting of faces,
edges and corners of a
cube/cuboid.
Finding the area of
each face of the
cube/cuboid.
Making a list of things
which look like a cube/
cuboid in their
surroundings.
Practicing to visualize
the net of box, to think
of how it looks when
flattened, and also to
check which nets do
not make a box.
another unit of
length.
Compares data
and solves
simple problems
using maps.
Understands the
concept of 2
dimensional and 3
dimensional shapes
Understands deep
drawing (the 3
dimensional
perspective drawing.
Differentiates
between the 2-
dimensional and 3-
dimensional figures.
Solves simple
problems in daily life
situation based on
2- dimensional and 3
dimensional shapes.
Dice
Model of a
cube/cuboid
Cartons/boxes/matc
h box
Chart paper
Learns about three
dimensional shapes its
layout and drawing.
12
11. www.edurite.com
Novem
ber
designed
for this
purpose
Fractional
numbers
Uses
decimal
fractions in
the context
of units of
length and
money
Expresses a
given
fraction in
decimal
notation
and vice
versa
Tenths
and
Hundre
dths
layout plans
Understanding
of decimals
Understanding
the basic
operations of
decimals
Understanding
of relationship
between
measures(
Km/m/cm/mm
)
Conversion of
higher units
into mower
units
Conversion of
decimals into
fractions and
vice versa
Ability to add
and subtract
decimals
Making of
cubes/cuboids/cylinder
etc using dice, empty
match boxes and thick
papers.
Drawing front view,
side view and top view
of given models,
objects etc.
Worksheets and
Practice exercises for
drill work
• Integrated with
drawing
Measure the length of
different things in mm
and cm like notebook,
pencil, eraser, pen,
desk etc.
Convert cm into mm
and vice versa
Measure the height of
boys and girls in the
class/height of family
members
Measure the length
and width of currency
notes of different
denominations and
write them in mm and
cm.
With of graph paper,
teacher will explain
Develops
understanding
of decimals
through
fractions with
denominators
10 and 100
Converts a
decimal into
fraction and vice
versa.
Expresses a
given
measurement in
higher or lower
units.
Derives
formulae for
finding the
decimal and
percentage.
Converts a given
measurement in
higher or lower
units.
Measures
Decimal place value
chart
Scale/ Measuring
tape
Graph paper
Newspaper
Internet resources
Worksheets
Price tags
Relates fractional
number and concept
of decimal.
Learns conversion of
decimals. Use of graph
paper.
15
12. Measurement
of
temperature
Problem
www.edurite.com
solving
decimals, fractions and
relation between them.
Represent the given
decimal on a square
grid/graph paper
Find the value of
currency of other
countries in Indian
currency.
Find the maximum and
minimum
temperatures of
different cities and find
their differences too
Collect the price tags of
objects/items. Observe
the decimal notation of
Rupees and Paisa.
Teacher explains the
hundredths place.
Create a market scene.
Buying and selling
things will give an
understanding of
money transaction.
Worksheets and
Practice exercises for
drill work
temperature
Adds and
subtracts
decimals
Solves simple
problems
related to
decimals/money
transactions.
Decem
ber
Measurement
Determines the
area and
perimeter of
simple
geometrical
figures
Area
and its
Bounda
ry
Understanding
of concept of
area and
perimeter.
Understanding
of units of
area and
perimeter.
Ability to
Measure the length
and breadth of the
given things and
finding their area and
Perimeter.
Paste different cutouts
and find their area and
perimeter.
Make a
Understands the
meaning of
fields (area) and
fences
(perimeter/bou
ndary).
Understands
that the
boundary is the
Scale/ Measuring
tape
Cut outs of different
shapes
Worksheets
Clear cut idea about
area and boundary.
Uses standard units
to measure it.
11
13. compute area
and perimeter
of regular and
irregular
shapes.
www.edurite.com
Solving
problems
based on area
and perimeter.
birthday/greeting card
and find its area and
perimeter.
Finding the perimeter
and area of class-room,
display board, black
board etc.
Draw two squares (one
is double of the other)
.Find their perimeter
and area and compare
too.
Draw different shapes
by using a thread of
fixed length. (Perimeter
same but area is
different).
Take a drawing sheet
and find its area and
perimeter. Then cut it
into small strips. Join
the strips to form a belt
and find the area and
perimeter. (Same area
can have different
perimeter.)
Make all possible
rectangles and squares
with the given number
of squares
Worksheets and
Practice exercises for
drill work
sum of the sides
of the given
figure.
Measures the
area of regular
and irregular
shapes using
1cm square
paper or geo-board.
Derives
formulae for
finding the
perimeter and
area of a square
or rectangle.
States the unit
of area and
perimeter.
Solves simple
problems
related area and
perimeter.
Understands
that things of
same area can
have different
perimeters.
14. www.edurite.com
Januar
y
Januar
Data Handling
Collects two
dimensional
quantitative
data
Represents data
in form of a
table
Draws a bar
graph or
pictograph to
present a data
Numbers
Smart
Charts
Ways
Understand
the graphical
representation
of data (bar
graph, pie
chart)
Ability to
represent data
in tabular form
Ability to
interpret data
Solve word
problems
Use the tally marks to show
the mode of transport used
by students to commute to
school
Collect the strength of
students in classes I to V of
primary section and find the
total strength. Which class
has the maximum/minimum
strength?
Observe the 1/2 an hour TV
programme and making tally
marks for the different
advertisements.
Making a table to record
temperature of different
cities and represent the data
as Bar Graph.
Make your family tree up to
IV generation (Great grand
parents)
Record growth of any
plant/animal and represent
it on a graph paper in form
of growth chart
Collect information from the
newspaper and tabulate the
information
(Daily temperature, scores,
economic data)
Worksheets and Practice
exercises for drill work
Note- Integrated with “ What if it
Finishes”(Page 118) Looking
Around, class 5
Collects and
records data
Represents the
data in tabular
form or bar graph.
Understands
fractions through
chapatti chart or
pie chart.
Draws conclusions
and inferences
from the data.
Compares the
data
Solves simple
problems using
charts/data.
Knows the
properties of
multiplication.
Multiplies 2 or 3
Data collection
Newspaper to collect
economic data, survey
analysis
Family details
Internet resources
Worksheets
Objects like erasers,
Recognitio
n
Observatio
n
Classificatio
n
Collection
of data
Interpretati
on
Able to
depict fact in
pictorial
/graphical
manner.
Estimation.
10
17
15. www.edurite.com
y(
Cont)
Numbers and
Operations
Appreciates
the role of
place value
in addition,
subtraction
and
multiplicati
on
alogarithms
Uses
informal
and
standard
division
alogarithms
to
multipl
y and
divide
Understanding
of different
ways of
multiplication
Knowledge of
terms used in
multiplication
and division (
Multiplicand,
multiplier and
product;
divisor,
dividend and
quotient)
Understanding
of properties
of
multiplication
and division
Solving word
problems
based on
multiplication
and division
Multiply any two numbers in
different ways by breaking
method and column method.
Determine the division and
multiplication facts of a
given number
Problem sums related to
daily life.
Collection of simple objects
like pencils, eraser,
sharpener etc and arranging
them in different groups.
Do sums of division and
check your result by
multiplication.
Give a situation and ask
students to frame a question
related to the concept of
division and multiplication
• Mock shopping situations
created. (for mental
calculations and to know the
operation involved )
Worksheets and Practice
exercises for drill work
digit numerals by
another 2 0r 3 digit
numeral.
Solves problems
involving
multiplication
Knows properties
of division.
Divides a numeral
by one or two digit
numeral
Solves word
problems involving
division.
Understands that
multiplication is
repeated addition
and uses the
symbol for
multiplication.
Understands that
division is a
process of equal
distribution of
sharing.
Solves problems
involving
multiplication of a
number (up to 4
digits) with a 2 or 3
digit number
Divides a number
(up to 4 digit) by 1
or 2 digits
numbers with or
without
remainder.
Checks division
fact using
pencils, sharpener etc
available in the classroom
environment
Worksheets
Gains
deeper
knowledge of
multiplication
and division
related
problems.
16. www.edurite.com
Februa
ry
Measurement
Relates
commonly
used larger
and smaller
units of
length,
weight and
volume and
converts
one to
another
Appreciates
volume of a
solid body:
intuitively
and also by
informal
measureme
nt
Solving
problems
How
Big?
How
Heavy?
Understand
the concept of
volume
Understanding
the units of
volume and
mass
Ability to find
volume of a
cube and a
cuboid
Solving
problems
related to
volume and
mass
Comparing the volume of
different things by putting
them into jar filled with
water.
Making a measuring bottle.
Finding volume by arranging
the cubes and counting
them.
Finding volume of a match
box by measuring its length,
width and height.
Making a paper cube
Match box play – arrange a
particular no. of boxes to
make plat form of different
heights.
Take 4 cards of the same size
make pipes (i) length wise
pipe (ii) width wise pipe (iii)
corresponding
multiplication facts
Solves word
problems involving
multiplication and
division dealing
with daily life
activities
charts/data.
Solves puzzles
involving for
operations.
Understands the
concept of volume
as the measure of
space an objects
occupies.
Finds volume of
cuboids and
cubical containers
by filling in with
unit cubes
Derives formulae
for finding the
volume of a cube
or cuboids
Recognizes the
units of mass and
volume
Calculates the
volume of a cube
or cuboids of given
dimension and
express in relevant
unit.
Solves simple
problems related
Cubes
Cards of same size
Jar of water
Worksheets
Internet resources
Gets and
fairly good
idea of
-Area &
Volume
-Weight &
volume
Able to
discuss the
concept and
solve the
problem.
14+1
0
17. www.edurite.com
March
involving
length,
weight and
volume
Revision
triangle shaped pipe (iv)
square shaped pipe. Fill one
with sand and pour it into
another – compare their
volume.
Make a list of grocery items
used at home in one month
along with their quantity
(weights )and also find the
total weight
Worksheets and Practice
Exercises for drill work
to volume of the
cubes.