This document discusses setting up math centers in early childhood classrooms. It covers planning centers with clear objectives aligned to state standards, creating low-cost centers using available materials, supporting English learners and children with special needs, and integrating literacy. Specific center ideas mentioned include counting, adding/subtracting, geometry, measurement, classification, patterns, and fine motor skills. Tips are provided for documentation using Evernote to organize photos and notes for each student. The document emphasizes that math centers are about more than just counting and should be well-managed and incorporate various skills.
This document provides contact information and procedures for Room 118. It outlines expectations for homework, class preparation, tests, quizzes, binders, exams, grades on Realtime, writing portfolios, technology use, and what happens if a student is absent. Students can earn up to 5 points per week for being prepared for class and points will be deducted for unpreparedness like needing to go to their locker. Various assessments are outlined including their weight for the overall grade.
The document discusses the debate around memorization in education. While memorization is necessary to learn basic facts, it should not be the primary focus or applied to concepts requiring complex thinking. Rote memorization is useful for automaticity in things like math facts but does not cultivate independent thinking. Students must use and apply memorized information to retain it long-term. The goal should be encouraging students to think critically and apply their knowledge, not just recall memorized data without comprehension.
Webinar 1 e twinning inspiration finalOwain Wright
This document summarizes an eTwinning webinar about making the most of project kits. It introduces the presenters and outlines the tasks and polls that will take place during the webinar. These include using the chat and voting functions, introducing yourself, responding to polls, and using the non-verbal communication tools like raising your hand. The webinar will cover browsing projects on the public portal and using the inspiration section including project kits, modules, and galleries. Polls ask participants about their level of experience, subject area, and motivation for finding partner schools.
This document outlines the criteria and expectations for students completing independent study through an Individualized Education Program (IEP). It lists 5 criteria: 1) self-awareness as a language learner, 2) quality of work, 3) independence, 4) resourcefulness, and 5) reflection. For each criterion, it provides brief explanations of what is expected, such as students assessing their own strengths and weaknesses, completing high-quality work on time, being able to work independently to solve problems, finding their own learning resources, and providing meaningful reflection on progress. The overall message is that IEPs are meant to develop student independence and responsibility for their own learning.
This document discusses the benefits and challenges of open educational resources (OER) for students and teachers. The benefits for students include lower costs, increased access to materials, and course content tailored specifically for their class. Teachers benefit from a large selection of materials and happier students. However, students may find new digital formats intimidating and teachers face challenges in finding high-quality, appropriately licensed materials and dedicating time to develop OER content.
This document provides instruction on note-taking for students at the Idaho Digital Virtual Academy (IDVA). It outlines the five steps of focused note-taking as introducing the notes, thinking about the notes, thinking beyond the notes, thinking about the notes as a whole, and using the notes. Students are encouraged to experiment with different note-taking methods like outlining, Cornell notes, mind-mapping, and sketch-noting. Notes will be submitted twice per semester for feedback, and graded based on inclusion of key details, summaries, and questions. Regular review of notes within 18 minutes is emphasized to maximize information retention.
The document outlines a lesson plan for teaching students multiplication tables 1-10 over the course of a week. On Monday, the teacher will introduce multiplication tables 1-3. Throughout the rest of the week, students will learn new tables each day, make flashcards, play games, and work in groups to review the tables with the goal of enumerating the tables with 85% accuracy by Friday. PowerPoint will be used and students can also use the websites Multiplication.com and Blank Multiplication Worksheets for practice.
This document provides resources for teaching geometry at the high school level. It includes rationales for using technology in the classroom, descriptions of instructional videos that visually demonstrate geometry concepts like calculating the area of a circle, and examples of interactive apps and websites that allow students to explore geometric shapes. The document also contains templates for lesson plans, worksheets, and review games that teachers can use to engage students and assess their understanding of geometry.
This document provides contact information and procedures for Room 118. It outlines expectations for homework, class preparation, tests, quizzes, binders, exams, grades on Realtime, writing portfolios, technology use, and what happens if a student is absent. Students can earn up to 5 points per week for being prepared for class and points will be deducted for unpreparedness like needing to go to their locker. Various assessments are outlined including their weight for the overall grade.
The document discusses the debate around memorization in education. While memorization is necessary to learn basic facts, it should not be the primary focus or applied to concepts requiring complex thinking. Rote memorization is useful for automaticity in things like math facts but does not cultivate independent thinking. Students must use and apply memorized information to retain it long-term. The goal should be encouraging students to think critically and apply their knowledge, not just recall memorized data without comprehension.
Webinar 1 e twinning inspiration finalOwain Wright
This document summarizes an eTwinning webinar about making the most of project kits. It introduces the presenters and outlines the tasks and polls that will take place during the webinar. These include using the chat and voting functions, introducing yourself, responding to polls, and using the non-verbal communication tools like raising your hand. The webinar will cover browsing projects on the public portal and using the inspiration section including project kits, modules, and galleries. Polls ask participants about their level of experience, subject area, and motivation for finding partner schools.
This document outlines the criteria and expectations for students completing independent study through an Individualized Education Program (IEP). It lists 5 criteria: 1) self-awareness as a language learner, 2) quality of work, 3) independence, 4) resourcefulness, and 5) reflection. For each criterion, it provides brief explanations of what is expected, such as students assessing their own strengths and weaknesses, completing high-quality work on time, being able to work independently to solve problems, finding their own learning resources, and providing meaningful reflection on progress. The overall message is that IEPs are meant to develop student independence and responsibility for their own learning.
This document discusses the benefits and challenges of open educational resources (OER) for students and teachers. The benefits for students include lower costs, increased access to materials, and course content tailored specifically for their class. Teachers benefit from a large selection of materials and happier students. However, students may find new digital formats intimidating and teachers face challenges in finding high-quality, appropriately licensed materials and dedicating time to develop OER content.
This document provides instruction on note-taking for students at the Idaho Digital Virtual Academy (IDVA). It outlines the five steps of focused note-taking as introducing the notes, thinking about the notes, thinking beyond the notes, thinking about the notes as a whole, and using the notes. Students are encouraged to experiment with different note-taking methods like outlining, Cornell notes, mind-mapping, and sketch-noting. Notes will be submitted twice per semester for feedback, and graded based on inclusion of key details, summaries, and questions. Regular review of notes within 18 minutes is emphasized to maximize information retention.
The document outlines a lesson plan for teaching students multiplication tables 1-10 over the course of a week. On Monday, the teacher will introduce multiplication tables 1-3. Throughout the rest of the week, students will learn new tables each day, make flashcards, play games, and work in groups to review the tables with the goal of enumerating the tables with 85% accuracy by Friday. PowerPoint will be used and students can also use the websites Multiplication.com and Blank Multiplication Worksheets for practice.
This document provides resources for teaching geometry at the high school level. It includes rationales for using technology in the classroom, descriptions of instructional videos that visually demonstrate geometry concepts like calculating the area of a circle, and examples of interactive apps and websites that allow students to explore geometric shapes. The document also contains templates for lesson plans, worksheets, and review games that teachers can use to engage students and assess their understanding of geometry.
This document discusses using technology to enhance student learning in the classroom. It outlines the teacher's goals of developing student independence, responsibility for their own learning, and awareness of learning processes and goals. Various technologies being used include computers, the internet, blogs, wikis, and presentation software. The document also discusses plans for student presentations on using technology in the classroom and developing a shared school vision of learning from the students' perspectives.
The document provides guidance on time management for students, including how to identify available time for studying, plan weekly and semester study schedules, prioritize tasks, monitor progress, and overcome procrastination. It emphasizes identifying time commitments, planning realistically, setting study goals, and rewarding progress to improve time management skills.
This document discusses working memory and its importance for learning in the classroom. It describes working memory as a limited mental workspace that allows temporary storage and manipulation of information. The document explains that working memory is crucial for following instructions, maintaining task goals, and sequential learning activities in school. Children with weak working memory often struggle in classroom situations with high memory demands. The document proposes several strategies a teacher could use to support such students, such as providing memory aids, breaking tasks into smaller steps, and directly training working memory skills.
This document provides an overview of resources for teaching graphing to middle school students. It discusses the importance of graphing and using technology and visuals to help students understand the concept. Various websites, blogs, videos, apps and interactive activities are presented that teachers can use to incorporate graphing in their classroom, including real-world examples to demonstrate key concepts. Both teachers and students can access these online resources to support learning about graphing.
Advanced Techniques of Instruction Unit II Interactive Whiteboard based LearningThanavathi C
The document discusses potential uses of interactive whiteboards in the classroom, including saving lessons for absent students, creating video tutorials, using maps and graphics to teach subjects like geography, and allowing students to create and present digital projects. It also lists additional possibilities like digital storytelling, viewing online videos and presentations, and using the whiteboard for formative and summative assessments. The whiteboard can engage students and promote interactivity through techniques like questioning, discussion, and contingent teaching.
The document discusses incorporating technology into a 4th grade unit on telling time. It provides examples of websites, apps, videos and other online resources that can help strengthen students' understanding of telling time in an interactive and engaging way. These include Khan Academy exercises on telling time via computers, telling time games and videos on YouTube, customizable worksheets on Math Goodies, and an app called "Telling Time Free" for iPads. The goal is to make learning to tell time fun and accessible through multiple media, in order to benefit different types of learners.
Integrating technology into the classroom can change how teachers teach and interact with students, as well as students' expectations. There are different stages of technology integration such as entry, adoption, adaptation, appropriation, and invention. When planning technology use, teachers should consider room arrangement, management and scheduling of computer time, and how technology will be integrated into lessons. Teachers can use technology for a variety of ideas like research, simulations, drill and practice, publishing work, and more.
This document provides tips for students to be successful in online classes. It discusses the importance of communication, attendance and participation, completing assignments, being responsible, honest, and managing time well. Students are encouraged to communicate regularly with instructors and classmates through discussion forums, emails, and question forums. They should also log in regularly, know due dates, and submit assignments on time. Using computer skills, asking for help, creating a study environment, and persevering even when challenges occur are also emphasized as keys to success. The document collects these tips under main attributes such as communication, attendance, responsibility, and time management.
The document is an email from a teacher asking students a series of questions to evaluate their experience learning through an Olympic-themed assignment that incorporated significant computer-based tasks. In 5 questions, the teacher asks the students about using computers more for learning, whether there were too many computer tasks, if they needed more teacher instruction, how the learning experience could be improved, if the computer-based approach helped them remember what they learned better, and if they learned more than expected. Finally, the teacher invites any final comments about the assignment.
This document outlines expectations and procedures for a BIM (Business Information Management) class that will teach students five Microsoft applications and business skills. The class will focus on developing word processing, spreadsheet, database, and presentation skills. Expectations include following dress code, being prepared, staying on task, and taking responsibility for grades. Consequences are documented for any issues. Restroom policies limit passes and prohibit exits during instruction. Students must come prepared and not interrupt others.
This document discusses low-tech language learning activities including mini books, tarsia puzzles, and match-up cards. Mini books allow students to create simple or more complex books to take home. Tarsia puzzles use software to match puzzle pieces to form shapes and encourage thinking skills. Match-up cards have a target language word on one side and its English translation on the other, allowing students to play concentration games to learn vocabulary. These low-tech, manipulative activities engage different learner types and can be used flexibly in the classroom.
This document outlines expectations and procedures for a Business Information Management class that teaches Microsoft applications. The class will focus on developing skills in Word, Excel, Access, Publisher and PowerPoint. Expectations include following dress code, being prepared, staying on task, and no food/drinks. Consequences are given for violations and passes are limited. Students must complete daily activities, not interrupt others, and computer time is only after completing assigned work. Supplies needed are a folder, paper, pencils and black/blue pens. An activity is assigned to read and answer questions about the class expectations and policies.
This document discusses two online educational apps - one for math and one for reading. The math app allows teachers to track student progress through fun math games from 1st to 5th grade math concepts. It has limitations on the number of free questions per day. The reading app provides games for a range of subjects from 1st to 8th grade to help improve reading and spelling skills, but does not track student progress. The author describes testing the math app with their cousin and finding it engaging and learning new skills. Requirements for appropriate technology, content, and pedagogical knowledge are also addressed.
The scientific method is a process used to explain phenomena, establish relationships between facts, and enunciate laws that explain physical phenomena in the world and allow useful applications to be obtained for mankind. Scientists use the scientific method as a planned way of working, and their achievements are cumulative and have led humanity to its current cultural moment. The steps of a scientific investigation include establishing a title, introduction, justification, statement of the problem, object of study, research questions, objectives, hypotheses, conclusions, and bibliographic references.
The scientific method is a process used to explain phenomena, establish relationships between facts, and enunciate laws that explain physical phenomena in the world. Scientists use the scientific method as a planned way of working, with cumulative achievements that have led humanity to its current cultural moment. The steps of a scientific investigation include establishing a title, introduction, justification, problem statement, study object, research questions, objectives, hypothesis, conclusions, and bibliographic references.
This document discusses different theme options for the home screen and notes pages in the app. It recommends selecting the colorful theme for the home screen to organize subjects by color. It also suggests choosing a green background and medium-sized lines for notes. The document advises setting a Times New Roman font in black size 16 for typing notes since the author is nearsighted and prefers larger text.
In order to analyze how gamification works in complicated business context, this presentation focuses on gamification in e-Commerce. A case study on gamification in the two biggest online ‘Shopping Sprees’ in China is presented. The detailed case study will inspire the attendees on how to define playing fields between player motivations and business objectives, how to choose game mechanics based on culture, and how to design game-like user experience to motivate the intended audience.
This document discusses the scientific method and its steps. The scientific method is a planned process used by scientists to explain phenomena in the world, establish relationships between facts, and formulate laws that explain physical phenomena and allow applications useful to humanity. Scientists use the scientific method as a planned way of working, with cumulative achievements that have led humanity to its current cultural moment. The document then outlines the typical steps in a scientific investigation, including establishing a title, introduction, justification, problem statement, study object, research questions, objectives, hypotheses, conclusions, and bibliographic references.
This document provides instructions for creating dividers and subjects in Notability to organize notes. It explains that dividers should be created first, then subjects under them. New subjects will always appear at the bottom of the home screen initially. Users can edit dividers and subjects by clicking Edit and then clicking the sprocket icon to modify names, colors, and icons to customize their organization.
Detailed Lesson Plan in Teaching Listening and Speaking: Predicting OutcomesJasmin Cruz
The document is a detailed lesson plan for teaching listening and speaking to 8th grade students. It involves having students listen to and predict outcomes in a story called "The Wedding of the Mouse." The lesson plan divides students into groups to listen to segments of the story and make predictions about what will happen next. Their predictions are then checked against the actual text. The goal is to help students practice listening skills and predicting outcomes.
ajudando estudantes com disfunção executiva.pptxLucianaLu48
The document provides information on executive functioning and strategies to help students who struggle with it. It defines executive functioning as the command center of the brain that controls skills like planning, organizing, and regulating thoughts and actions. Various learning styles that relate to executive functioning are described, along with visual, auditory, tactile, and other types of organizational strategies. Specific examples of checklists, scheduling, and incentives programs are provided to help students develop executive functioning skills.
This document discusses using technology to enhance student learning in the classroom. It outlines the teacher's goals of developing student independence, responsibility for their own learning, and awareness of learning processes and goals. Various technologies being used include computers, the internet, blogs, wikis, and presentation software. The document also discusses plans for student presentations on using technology in the classroom and developing a shared school vision of learning from the students' perspectives.
The document provides guidance on time management for students, including how to identify available time for studying, plan weekly and semester study schedules, prioritize tasks, monitor progress, and overcome procrastination. It emphasizes identifying time commitments, planning realistically, setting study goals, and rewarding progress to improve time management skills.
This document discusses working memory and its importance for learning in the classroom. It describes working memory as a limited mental workspace that allows temporary storage and manipulation of information. The document explains that working memory is crucial for following instructions, maintaining task goals, and sequential learning activities in school. Children with weak working memory often struggle in classroom situations with high memory demands. The document proposes several strategies a teacher could use to support such students, such as providing memory aids, breaking tasks into smaller steps, and directly training working memory skills.
This document provides an overview of resources for teaching graphing to middle school students. It discusses the importance of graphing and using technology and visuals to help students understand the concept. Various websites, blogs, videos, apps and interactive activities are presented that teachers can use to incorporate graphing in their classroom, including real-world examples to demonstrate key concepts. Both teachers and students can access these online resources to support learning about graphing.
Advanced Techniques of Instruction Unit II Interactive Whiteboard based LearningThanavathi C
The document discusses potential uses of interactive whiteboards in the classroom, including saving lessons for absent students, creating video tutorials, using maps and graphics to teach subjects like geography, and allowing students to create and present digital projects. It also lists additional possibilities like digital storytelling, viewing online videos and presentations, and using the whiteboard for formative and summative assessments. The whiteboard can engage students and promote interactivity through techniques like questioning, discussion, and contingent teaching.
The document discusses incorporating technology into a 4th grade unit on telling time. It provides examples of websites, apps, videos and other online resources that can help strengthen students' understanding of telling time in an interactive and engaging way. These include Khan Academy exercises on telling time via computers, telling time games and videos on YouTube, customizable worksheets on Math Goodies, and an app called "Telling Time Free" for iPads. The goal is to make learning to tell time fun and accessible through multiple media, in order to benefit different types of learners.
Integrating technology into the classroom can change how teachers teach and interact with students, as well as students' expectations. There are different stages of technology integration such as entry, adoption, adaptation, appropriation, and invention. When planning technology use, teachers should consider room arrangement, management and scheduling of computer time, and how technology will be integrated into lessons. Teachers can use technology for a variety of ideas like research, simulations, drill and practice, publishing work, and more.
This document provides tips for students to be successful in online classes. It discusses the importance of communication, attendance and participation, completing assignments, being responsible, honest, and managing time well. Students are encouraged to communicate regularly with instructors and classmates through discussion forums, emails, and question forums. They should also log in regularly, know due dates, and submit assignments on time. Using computer skills, asking for help, creating a study environment, and persevering even when challenges occur are also emphasized as keys to success. The document collects these tips under main attributes such as communication, attendance, responsibility, and time management.
The document is an email from a teacher asking students a series of questions to evaluate their experience learning through an Olympic-themed assignment that incorporated significant computer-based tasks. In 5 questions, the teacher asks the students about using computers more for learning, whether there were too many computer tasks, if they needed more teacher instruction, how the learning experience could be improved, if the computer-based approach helped them remember what they learned better, and if they learned more than expected. Finally, the teacher invites any final comments about the assignment.
This document outlines expectations and procedures for a BIM (Business Information Management) class that will teach students five Microsoft applications and business skills. The class will focus on developing word processing, spreadsheet, database, and presentation skills. Expectations include following dress code, being prepared, staying on task, and taking responsibility for grades. Consequences are documented for any issues. Restroom policies limit passes and prohibit exits during instruction. Students must come prepared and not interrupt others.
This document discusses low-tech language learning activities including mini books, tarsia puzzles, and match-up cards. Mini books allow students to create simple or more complex books to take home. Tarsia puzzles use software to match puzzle pieces to form shapes and encourage thinking skills. Match-up cards have a target language word on one side and its English translation on the other, allowing students to play concentration games to learn vocabulary. These low-tech, manipulative activities engage different learner types and can be used flexibly in the classroom.
This document outlines expectations and procedures for a Business Information Management class that teaches Microsoft applications. The class will focus on developing skills in Word, Excel, Access, Publisher and PowerPoint. Expectations include following dress code, being prepared, staying on task, and no food/drinks. Consequences are given for violations and passes are limited. Students must complete daily activities, not interrupt others, and computer time is only after completing assigned work. Supplies needed are a folder, paper, pencils and black/blue pens. An activity is assigned to read and answer questions about the class expectations and policies.
This document discusses two online educational apps - one for math and one for reading. The math app allows teachers to track student progress through fun math games from 1st to 5th grade math concepts. It has limitations on the number of free questions per day. The reading app provides games for a range of subjects from 1st to 8th grade to help improve reading and spelling skills, but does not track student progress. The author describes testing the math app with their cousin and finding it engaging and learning new skills. Requirements for appropriate technology, content, and pedagogical knowledge are also addressed.
The scientific method is a process used to explain phenomena, establish relationships between facts, and enunciate laws that explain physical phenomena in the world and allow useful applications to be obtained for mankind. Scientists use the scientific method as a planned way of working, and their achievements are cumulative and have led humanity to its current cultural moment. The steps of a scientific investigation include establishing a title, introduction, justification, statement of the problem, object of study, research questions, objectives, hypotheses, conclusions, and bibliographic references.
The scientific method is a process used to explain phenomena, establish relationships between facts, and enunciate laws that explain physical phenomena in the world. Scientists use the scientific method as a planned way of working, with cumulative achievements that have led humanity to its current cultural moment. The steps of a scientific investigation include establishing a title, introduction, justification, problem statement, study object, research questions, objectives, hypothesis, conclusions, and bibliographic references.
This document discusses different theme options for the home screen and notes pages in the app. It recommends selecting the colorful theme for the home screen to organize subjects by color. It also suggests choosing a green background and medium-sized lines for notes. The document advises setting a Times New Roman font in black size 16 for typing notes since the author is nearsighted and prefers larger text.
In order to analyze how gamification works in complicated business context, this presentation focuses on gamification in e-Commerce. A case study on gamification in the two biggest online ‘Shopping Sprees’ in China is presented. The detailed case study will inspire the attendees on how to define playing fields between player motivations and business objectives, how to choose game mechanics based on culture, and how to design game-like user experience to motivate the intended audience.
This document discusses the scientific method and its steps. The scientific method is a planned process used by scientists to explain phenomena in the world, establish relationships between facts, and formulate laws that explain physical phenomena and allow applications useful to humanity. Scientists use the scientific method as a planned way of working, with cumulative achievements that have led humanity to its current cultural moment. The document then outlines the typical steps in a scientific investigation, including establishing a title, introduction, justification, problem statement, study object, research questions, objectives, hypotheses, conclusions, and bibliographic references.
This document provides instructions for creating dividers and subjects in Notability to organize notes. It explains that dividers should be created first, then subjects under them. New subjects will always appear at the bottom of the home screen initially. Users can edit dividers and subjects by clicking Edit and then clicking the sprocket icon to modify names, colors, and icons to customize their organization.
Detailed Lesson Plan in Teaching Listening and Speaking: Predicting OutcomesJasmin Cruz
The document is a detailed lesson plan for teaching listening and speaking to 8th grade students. It involves having students listen to and predict outcomes in a story called "The Wedding of the Mouse." The lesson plan divides students into groups to listen to segments of the story and make predictions about what will happen next. Their predictions are then checked against the actual text. The goal is to help students practice listening skills and predicting outcomes.
ajudando estudantes com disfunção executiva.pptxLucianaLu48
The document provides information on executive functioning and strategies to help students who struggle with it. It defines executive functioning as the command center of the brain that controls skills like planning, organizing, and regulating thoughts and actions. Various learning styles that relate to executive functioning are described, along with visual, auditory, tactile, and other types of organizational strategies. Specific examples of checklists, scheduling, and incentives programs are provided to help students develop executive functioning skills.
The document outlines the mathematics curriculum for Year One students. It discusses 5 blocks of content: (1) counting, partitioning, and calculating; (2) securing number facts and understanding shape; (3) handling data and measures; (4) calculating, measuring, and understanding shape; and (5) securing number facts, calculation, and relationships. Students are taught through dedicated math lessons, building on prior knowledge. Lessons include mental starters, main teaching, individual practice, and discussion of learning. Key concepts taught are counting, addition, subtraction, place value, measurement, and data handling.
Academic Support @ NEC provides various resources to help students succeed academically, including learning coaches, peer coaches, tutoring, workshops, and online materials. Services include one-on-one and small group appointments, online tutoring through Smarthinking, curricular support both in-person and online, and workshops on topics like time management, goal setting, and using learning contracts. The document introduces three learning coaches and their contact information, and explains that peer coaches provide guidance to improve academic performance.
Your Math Students: Engaging and Understanding Every DayDreamBox Learning
The most important and challenging aspect of daily planning is to regularly—and yes, that means every day—create, adapt, locate, and consider mathematical tasks that are appropriate to the developmental learning needs of each student. A concern Francis (Skip) Fennell often shares with teachers is that many of us can find or create a lot of “fun” tasks that are, for the most part, worthless in regards to learning mathematics. Mathematical
tasks should provide a level of demand on the part of the student that ensures a focus on understanding and involves them in actually doing mathematics.
Want to Engage Your Students? Engage Them in the Math PracticesDreamBox Learning
It’s one of the most important questions math teachers ask every day: how do we engage students in meaningful, enjoyable mathematics? In this webinar for the Adaptive Math Learning community, presenters Zachary Champagne, Researcher at the Mathematics Formative Assessment Project at the Florida Center for Research in Science, Technology, Engineering, and Mathematics (FCR-STEM), and Tim Hudson, former Math Curriculum Coordinator for Missouri’s Parkway School District, and DreamBox’s Senior Director of Curriculum Design, shared useful insights about the Mathematical Practices that will help deepen students’ understanding, enjoyment, and success in math class. Zachary and Tim discussed how to stop teaching ‘tricks’ and instead engage students in thinking like a mathematician. They also shared insights about the power of formative assessment, the importance of uncovering students’ intuitive thinking, and how technologies such as adaptive learning can support the Mathematical Practices. Topics included: understanding equality and precision, observing students engaged in sense-making, and designing learning experiences that empower students to “look for” important mathematics. Additionally, Julie Benay, Principal of Malletts Bay School in Vermont, shared how her school implemented DreamBox and the outcomes they experienced. View the webinar to learn how to make math more engaging for your students.
The document provides information about the Maths Mastery approach used at Orchard Primary School. It discusses how Maths Mastery lessons are structured, with a focus on developing mathematical understanding, thinking, and language. Lessons use concrete, pictorial, and abstract representations and emphasize problem solving. Students are assessed continuously to ensure mastery of concepts. The document also provides examples of how parents can support math learning at home through everyday activities like counting and games.
1. The document discusses curriculum documents and frameworks related to teaching counting concepts and addition/subtraction in early years education.
2. It provides examples of strategies, activities, and resources to help children develop understanding of counting, cardinality, addition, and subtraction.
3. The frameworks emphasize developing rich learning experiences using concrete experiences, language, visuals, and symbols to build number sense in young children.
The document summarizes key points from a focus group discussion on differentiation in teaching. It defines differentiation as identifying the most effective strategies for each learner to reach targets. Differentiation should be seen as integral to learning, not just for struggling students. It can be aimed at whole classes, groups, or individuals. The document lists different categories of differentiation, such as by task, outcome, support, resources, interest, variety of teaching methods, and grouping. It emphasizes the importance of knowing student data like needs and prior attainment to effectively differentiate. Technology tools for homework like Google Forms and Classroom are also discussed.
The document provides tips and strategies for effective literacy teaching organized by letter, including assessing students, being explicit in lessons, using class blogs, guided reading, independent reading, handwriting practice, oral language activities, questioning techniques, comprehension exercises, visual literacy, spelling programs, and using technology in literacy instruction. Many websites and resources are also recommended throughout for teachers to utilize. The author also provides her contact information and blog links at the end.
This document provides information about a BCS workshop for computing scholars. It includes:
- Details of presenters Dr. John Woollard, Jeremy Barlow, and Beverly Clarke who will discuss supporting referees, preparing lesson plans, and interview techniques.
- An agenda that covers first impressions from application forms, supporting referees, preparing and delivering sample computing lessons, and interview dos and don'ts.
- Guidance for scholars on writing covering letters, completing application forms, preparing lesson plans, and best practices for interviews.
The document provides information about a planned classroom activity integrating ICT skills into an English lesson. It includes an introduction to the school's technology resources, the teacher's position and intentions for the lesson. Learning objectives are to develop reading, writing and oral skills through creating fact books about famous sportspeople using ICT skills like internet research, copying/pasting information and inserting pictures. The class involves 6 boys who will participate in a question and answer session with athletes and create fact books using an iPad app. The teacher aims to engage the boys and support literacy through the motivating topic of sports and use of technology.
The document provides information for parents about Ms. Porritt's Grade 6/7 classroom including supply lists, classroom expectations, use of technology, homework policies, reading requirements, and ways parents can support their children's learning. It outlines the classroom handbook, communication methods, grading procedures, and emphasizes cooperation between teachers, students, and parents to ensure student success.
Ideas for using www.memiary.com in the classroom. Originally created as part of the Teachmeet Sussex / Kent conference on 18th September 2009, by Mark Warner
Shared with the kind permission from the folks at Achievethecore.org
Visit http://www.achievethecore.org for more information about Common Core!
PRESENTATION
Professional Development Module: Introducing the Common Core to Parents and Community Members
A toolkit for informing parents and community about the Standards. Includes a Facilitator's Guide, PowerPoint presentation, and more.
Using Manipulatives to Help Students Develop Common Core Math MasterySmart Ed
This document outlines an agenda for a workshop on using manipulatives to help students develop mastery of Common Core math standards. The agenda includes an introduction, discussing the importance of manipulatives, examining PISA test results, exploring manipulatives for operations like addition and multiplication, creating mini-lessons, discussing fraction sense, and having a question and answer period. Participants will explore different manipulatives and create mini-lessons incorporating them. The document provides examples of how students can use manipulatives to model solutions for basic math facts and strategies for fractions. Guidelines are given for implementing the concrete-representational-abstract approach to teaching math concepts.
Similar to Math centers presentation for August 19, 2014 (20)
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
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3. Agenda
• Management
• Planning with clear objectives
• Making centers on a budget using what you
may already have
• Support English Language Learners and
children with special needs
• Integrating literacy into the center
• Documentation
20. E. Classification and Pattern Skills
V.E.1. Child sorts objects that are the same and
different into groups and uses language to describe
how the groups are similar and different.
21. E. Classification and Pattern Skills
V.E.2. Child collects data and organizes it in a graphic
representation.
44. Documentation with Evernote
• You may download the free app to your iPad from
the Apple App Store and also get free access from
your computer at www.evernote.com
• It is very easy to make notebooks for each of your
students from the homepage. Since I have 2
classrooms I label my folders by AM or PM and their
name. Ex: AM Lacy or PM Joe
45. Documentation with Evernote
Once you have a notebook for each child it is very
easy to add notes for each child and tag their pictures
for easy retrieval. Some note topics I make are
writing, patterns, sorting, 1:1 counting, retelling,
shapes, construction, letters, social emotional.
Click here to add
more notes inside
each student's
notebook.
Notes are organized by
month created or
updated. This makes it
easy when seeing if you
have recent
documentation on a
student.
Click on the
desired
notebook to
add more
documentati
on including
text and
pictures
Most classrooms are small with limited space for centers. In my classroom the Math Center is contained on one shelf and we use one of the tables.
I make sure to label the shelf with the materials. This makes it easy for kids to clean up and gets in a little extra reading.
We use their word wall name that has velcro on the back. We also do “Free Choice Centers” so the kids get a chance to move around. I limit 3 kids to the math center. This helps with noise level and you don’t need a huge amount of materials.
Each district uses different types of curriculum. In my district we use Scholastic Big Day. Each week there is a focus guideline. This helps when creating centers. The idea for the center is guided by the guideline that is being taught at the time. Use your Pre-K Guidelines to help you decide what you want to include in each center.
In the next few slides I will show some ideas I have for a few of the Math Guidelines.
Dot/Dice games are great for teaching this guideline.
I bought these puzzles from Lakeshore. You can make similar games by cutting out Calendar pictures and writing numbers on the bottom. Students can put the puzzle in order by putting the numbers in order.
Addition is a hard concept to teach to the students. Make sure it’s very hands-on. In these games students use playdough and balls to manipulate the addition problems.
Just like addition subtracting is also difficult. Connect it to books you have read such as 5 Little Monkeys or 5 Green and Speckled Frogs.
Another way to include book connections is with The Doorbell Rang. Students practice with cookies to “sharing equally” with their friends. I like to make my cookies out of foam so they are more durable.
Kids love playing with shapes and Pinterest have fun ideas. Have them find shapes around the classroom to sort or have a basket ready.
Again we bring out the playdough. It can be used for many different things.
Also with the popsicles students can practice creating the shape along with the formal description (straight/curvy sides, corners, etc)
Always find the “fun, kid-friendly” ways to have students play while they are learning.
Pull out some new science tools to help teach the concept of weights. Students like to play with each other watching the scales move up and down.
Think about all the subjects and vocabulary you can teach with this guideline. While their sorting have them describe how items belong or do not belong.
. You can tie in items from the different themes (seasons, transportation, animals, etc) for them to graph.
You may have some students pick up patterns quickly. Encourage them to extend and make more difficult patterns.
Sometimes you don’t always think of fine motor skills when developing your lesson plans. It’s very easy to incorporate these practices into the games you make for centers.
We are going to split up to try out some math centers that I use in my classroom. In your class you most likely had just started talking about the math concept and have explained how to play the games. Many of the games are self-explanatory for you, but I have included instructions for a few of the games.
Discuss together the Main Focus Guideline for the center, Other Guidelines that can be learned with the center (other Math guidelines, language arts, science, etc) and some games that you use in your own classroom to put in centers for the Main Focus Guideline.
Check out the Target Dollar bins. Hobby Lobby has great 50% sales around different holidays for materials you can use to make your centers. Don’t forget online coupons also.
Make your own playdough and/or die pasta with foodcoloring for patterns, counting, sorting, and more.
Use your school’s printer to print out ideas you find on the internet or things you create yourself. Use you school’s laminator to make the materials more durable to last many years.
Raid your kitchen drawers to find utensils to help with fine motor development. Don’t forget things that you usually throw away that can be used again for a different purpose. Include in your newsletters a “Want List” that you may need for materials for your Center.
Here’s a few resources I use. I included others in your handout. I love searching on Pinterest for games and centers I can make myself on a little budget.
I want you to take some time to discuss with your table some budget friendly ideas you have. Maybe it’s a special website you like to go to, a Pinterest pinner that always has great ideas, or a good place to find cheap items. Be ready to share one idea with the group.
Manipulatives-let students touch objects related to the math lessons. Blocks, beans, counters, and anything else students can hold in their hands can be powerful.
Vocabulary Walls-Write key phrases students will encounter on a daily basis in math on a large poster. Don’t forget to include pictures.
Talk Aloud- Have students practice speaking with their center partners. Encourage them to explain the process out loud.
Make It Real- Apply mathematical concepts you are teaching to the real world for the students. Think about what they encounter at the house.
Connect With Other Subjects-For example, have students work on graphs in math by comparing the bugs they may be learning about from the insect unit.
Use a Multi-Sensory Approach-Ensure that learning involves listening and hearing, seeing, touching, and moving.
Teaming/Ability Grouping-encourage students to work together and help each other. This gives the less capable child someone to partner with in games.
Reduce the Number of Pieces-Sometimes the activities presented for children to do independently could be just too overwhelming for some children. Maybe use a smaller about of cards when playing a number game.
Verbal or Physical Cues-Provide directions with picture cues for center games. Students can refer back to the poster to read for help.
Manipulatives-Make sure the students have objects to move around. This works for students of all abilities. If teaching about counting with 5 Little Monkeys have the tree and monkeys ready for them.
Avoid Visual Overload-Think about how your center looks to child. If you are having a game in the Math center for shapes there’s no need to have the position poster from 3 weeks ago, The Doorbell Rang sharing game from last week, and the interactive chart you made from the beginning of the year still present.
Tie in Environmental print for puzzle games, or sorting activities.
Include the directions for students to follow. If they can’t remember what to do, have them refer back to the instructions.
Connect favorite read alouds to math concepts you are teaching. Double points with manipulatives they can play around with to act out the story while learning about math.
Checklist and recording sheets. You can laminate the pages to re-use over and over again.
Whiteboards are great. Students love writing and erasing on them while you are saving on paper. Don’t forget to give clear instructions.
Making numbers with playdough is another fun way to connect writing with math.
Don’t forget about your Math Journal. If you don’t have the capability to have a math journal for every student think about having a class journal that students can contribute to.
I want you to take some time to discuss with your table some ideas to incorporate literacy into your math centers. Be ready to share one idea with the group.
Don’t forget to document what your students have learned. In my classroom I like to do a lot of checklists along with using my iPad for documentation.
Evernote. Show examples.
I hope you got some fun ideas to use for your math centers. Don’t forget to jump ideas off your fellow teachers, check out Pinterest or other teacher’s blogs. I put this slide show on my blog (written on the handout) if you would like to refer back to the centers I use in my classroom.