PowerPoint presentation used at the Orana Mathematics Conference 2011 by Rod Krause, based on the book "How the Brain Learns Mathematics" by David Sousa
This document provides an overview of learning techniques for novices and professionals. It discusses the focused and diffused modes of learning, with focused mode concentrating attention on a task and diffused mode taking breaks to allow neural pathways to strengthen. Procrastination and its causes are explained, along with techniques to avoid it like the Pomodoro technique of focused 25 minute study sessions. Einstellung, getting stuck due to a single perspective, is addressed by taking a step back to look at problems from different views. The document emphasizes focusing on the learning process rather than just the end product to avoid procrastination. It concludes that learning how to learn is important for efficient learning.
This course discusses simple and effective ways to learn based on neuroscience and cognitive psychology research. It aims to help students reframe how they think about learning to reduce anxiety and increase understanding. The course provides tips to prevent procrastination, improve memory, and do well on tests. Over four modules, students will learn different thinking modes, memory techniques, learning strategies like Pomodoro and deliberate practice, how to avoid hindering actions like procrastination, and the importance of mindset in learning.
Fast ways to memorize easily provides 7 techniques for effective memorization:
1. Doing small movements or brain exercises to engage the body and mind.
2. Having conversations about the material to connect information in the brain.
3. Eating nutritious foods like milk, eggs, fish, and berries that are good for brain health and intelligence.
4. Getting adequate rest since fatigue hinders memorization and even geniuses need rest to regenerate ideas.
Math can be challenging for many students, both young and old. As parents, there are several ways we can help our children with math. We should make time to sit down and give them our full attention while working through concepts step-by-step from the basics. It is important that we do not simply give them the answers, but show them how to work through problems and correct their work if needed. By helping students with math, we can help them find the subject more enjoyable and beneficial both now and in their future.
this help you to improve your knowledge in mathematics. you download this and edit and use for your presentation. if this is useful for you then you share this to friends
The document discusses how the brain learns and retains new information over the course of a learning episode. It shows that retention is highest at the beginning (prime-time-1) and end (prime-time-2) of the learning period, but lowest in the middle. An activity demonstrates this primacy-recency effect, where participants recall the first and last items best but struggle with middle items. The implications are that new material should be introduced at the start of class, practice and review occur during the middle downtime, and lessons conclude by consolidating learning. Strategies help maximize retention by accounting for how attention and memory function over time.
The document provides strategies to help students improve their memory and ability to memorize information. It recommends that students pay attention while studying by avoiding distractions. Students should also regularly rehearse the information through practice in order to recall it later. Using mnemonics and creating mental images are other effective techniques. Note taking is also beneficial as it requires mental processing. The document stresses getting enough sleep to consolidate learning and advises using one's mind not only for study but also for noble purposes like love, peace, and praising God.
The document provides four study tips for math students: taking notes and keeping a journal, listening skills, working together, and managing time. It emphasizes the importance of note-taking, keeping a math journal, listening attentively in class, working cooperatively in groups, creating schedules and lists, and setting goals to manage time effectively.
This document provides an overview of learning techniques for novices and professionals. It discusses the focused and diffused modes of learning, with focused mode concentrating attention on a task and diffused mode taking breaks to allow neural pathways to strengthen. Procrastination and its causes are explained, along with techniques to avoid it like the Pomodoro technique of focused 25 minute study sessions. Einstellung, getting stuck due to a single perspective, is addressed by taking a step back to look at problems from different views. The document emphasizes focusing on the learning process rather than just the end product to avoid procrastination. It concludes that learning how to learn is important for efficient learning.
This course discusses simple and effective ways to learn based on neuroscience and cognitive psychology research. It aims to help students reframe how they think about learning to reduce anxiety and increase understanding. The course provides tips to prevent procrastination, improve memory, and do well on tests. Over four modules, students will learn different thinking modes, memory techniques, learning strategies like Pomodoro and deliberate practice, how to avoid hindering actions like procrastination, and the importance of mindset in learning.
Fast ways to memorize easily provides 7 techniques for effective memorization:
1. Doing small movements or brain exercises to engage the body and mind.
2. Having conversations about the material to connect information in the brain.
3. Eating nutritious foods like milk, eggs, fish, and berries that are good for brain health and intelligence.
4. Getting adequate rest since fatigue hinders memorization and even geniuses need rest to regenerate ideas.
Math can be challenging for many students, both young and old. As parents, there are several ways we can help our children with math. We should make time to sit down and give them our full attention while working through concepts step-by-step from the basics. It is important that we do not simply give them the answers, but show them how to work through problems and correct their work if needed. By helping students with math, we can help them find the subject more enjoyable and beneficial both now and in their future.
this help you to improve your knowledge in mathematics. you download this and edit and use for your presentation. if this is useful for you then you share this to friends
The document discusses how the brain learns and retains new information over the course of a learning episode. It shows that retention is highest at the beginning (prime-time-1) and end (prime-time-2) of the learning period, but lowest in the middle. An activity demonstrates this primacy-recency effect, where participants recall the first and last items best but struggle with middle items. The implications are that new material should be introduced at the start of class, practice and review occur during the middle downtime, and lessons conclude by consolidating learning. Strategies help maximize retention by accounting for how attention and memory function over time.
The document provides strategies to help students improve their memory and ability to memorize information. It recommends that students pay attention while studying by avoiding distractions. Students should also regularly rehearse the information through practice in order to recall it later. Using mnemonics and creating mental images are other effective techniques. Note taking is also beneficial as it requires mental processing. The document stresses getting enough sleep to consolidate learning and advises using one's mind not only for study but also for noble purposes like love, peace, and praising God.
The document provides four study tips for math students: taking notes and keeping a journal, listening skills, working together, and managing time. It emphasizes the importance of note-taking, keeping a math journal, listening attentively in class, working cooperatively in groups, creating schedules and lists, and setting goals to manage time effectively.
Practicing math problems is the most effective way for students to learn math concepts, memorize formulas, and prepare for tests and exams. The document recommends making math practice a daily habit and working with peers in groups to discuss problems and share notes. Students should practice a wide variety of problems before exams, as exams often include questions beyond what was covered in class. Practicing exercises the brain and helps students improve their logical, abstract, and spatial reasoning skills.
Effort Praise: A Motivational Strategy for Apathetic StudentsCarmen Y. Reyes
Effort praise is a motivational strategy that can help apathetic and unmotivated students. It involves minimizing mistakes and praising a child's effort, as errors are part of learning. Teachers should focus on strengths over weaknesses and praise parts of tasks completed correctly. Additionally, teachers should make clear the connection between effort and achievement to students and define effort as strategic time spent using effective learning strategies rather than just trying harder without a plan.
Private Tutoring – How to Be A Successful Tutor junfu2018
Rules for being a successful private tutor. Our teaching philosophy and teaching methods are paramount to our teaching success. At in-depthtutoring.com, we pride ourselves on reaching the goals for our students. Making sure that their success is our own and treat them just like our own children.
Understanding and memorizing formulas can be a little critical process, but with our fantastic tips, you will surely figure out steps and will learn by heart for your coming exams.
Melissa Ramos discusses study skills for tests and quizzes in her October 30, 2011 article, emphasizing that consistent use of study skills, effective time management, strong note taking abilities, and having sufficient knowledge can help students prepare and perform well. She also notes that individual thinking skills and study techniques vary and are not wrong as long as students aim to set and reach their goals.
Persistence and consistency in using study skills like time management and note taking are important for test preparation, as they help students memorize key points and have the knowledge to easily solve problems and answer questions. Different people have different studying techniques, so students should not consider their own method as wrong as long as they are using their time effectively to gain the knowledge needed for success on assessments.
How To Mitigate Nervousness Among StudentskilleenISDTX
Teachers can help mitigate students' nervousness by having them set proper study schedules to manage their time effectively, organizing engaging activities to keep students physically and mentally active, promoting an optimistic mindset through daily encouragement and positive affirmations, providing continuous feedback on performance to indicate ways to improve, and creating a nurturing classroom environment where all students feel valued.
This document discusses phenomena of mathematical anxiety. It defines math anxiety as feelings of tension and anxiety that interfere with manipulating numbers and solving math problems. Seven factors are identified as causes of math anxiety, including teacher personality and style of teaching. Math anxiety is more common in individuals with negative past experiences learning math or internal anxiety. To reduce math anxiety, the document recommends improving self-perception, understanding math requires work rather than innate ability, avoiding external stressors, and receiving support from teachers and family.
Brain Based Learning Information ProcessingLinda Nitsche
The document discusses how the brain processes information and what educators can do with this knowledge. It explains that the thalamus screens incoming information for importance. It also notes that motivation, meaning, closure, and testing long term storage can improve learning and retention. Finally, it suggests educators reflect on how they can apply these brain insights to improve their instructional methods.
This document contains a learning style assessment for a student to complete. It instructs the student to rate how often certain learning factors, like visual aids, verbal instructions, physical activities, lighting, temperature, and environmental noises, affected their ability to understand material in the past. Based on their responses, the student determined they are always aware of their learning preferences and environmental factors that impact their learning. They concluded they are always aware of their surroundings and search for what helps them learn best.
Students know more than they think they actually do and even in the cases that they don’t know enough concerning a subject matter, they have the tools to acquire the necessary information so when students are unwillingly to use their cognitive potentials maximally, teachers should find numerous interesting ways to ensure students open their idea bank.
PodSeven is a Spanish company that offers online brain training games and a business opportunity through network marketing. The games are designed to improve cognitive skills in areas like memory, concentration, problem solving and mental agility. Regular training with the PodSeven Brain Gym is presented as providing benefits such as improving brain health, preventing cognitive decline, increasing processing speed and memory, enhancing mental agility and concentration, and improving problem solving abilities. Users can track their progress through tools that measure their PodSeven Index, Brain Age and Brain Units.
The document advertises a mind mapping course to help students address challenges with concentration, understanding, memory and recall. It claims mind mapping uses the brain in a "brain compatible" way to improve learning and results. The course teaches mind mapping techniques, laws and applications for planning, note-taking, problem-solving and studying. Students will learn how to create and understand mind maps and apply the skills to various uses. The goal is to empower students with powerful scientific study skills to perform better. The course is taught by Koteshwar, a certified mind mapping trainer.
The document discusses effective homework practices based on research. It recommends that homework amounts be grade-level appropriate and minimize time spent. Homework should reinforce skills and concepts covered in class, not introduce new material, and have clearly communicated purposes like practice, preparation, or elaboration. Factors to consider include homework type, appropriate amounts by age, and monitoring responsibilities. Homework should be meaningful, consume a reasonable time, and require little parental involvement. Teachers should provide in-class examples, differentiate assignments, and give feedback rather than punitive grades. Overall, research shows homework can increase achievement when implemented correctly.
The document outlines 15 steps teachers can take to help students with attention and behavior problems in the classroom. The steps include taking the mystery out of attention, understanding inconsistent behavior, exploring medication options, allowing movement breaks, varying instructional strategies, using signals, leveraging student interests, minimizing distractions, developing planning skills, using behavior modification, discouraging frenetic work, getting organized, using planners, setting up home offices, and allowing wind down time. The overall goal is for teachers to have strategies to engage students and help them focus.
The document discusses strategies for brain-based teaching and learning. It explains that brain-based teaching involves engaging students' thinking through active learning strategies rather than passive lecturing. Some highlighted strategies include discussion, visuals, using real objects to teach math concepts, and ensuring lessons are accessible for students with disabilities or who are English Learners. The goal of brain-based teaching is to stimulate students' interest and challenge them academically through active learning, resulting in greater understanding and retention of the material.
Group work can be an effective teaching technique for language classrooms when implemented properly. It allows all students to actively participate and keeps them occupied. However, teachers should monitor student dynamics and not allow antagonistic students to work together. Teachers are also better suited than students to form groups that mix students of varying abilities, so students should not choose their own groups. When done correctly, group work can help students learn while building acceptance for all. But teachers must fine tune the groups and watch for problems between students to ensure group work benefits learning.
This document discusses different methods for helping students memorize their multiplication facts, including memorization, manipulatives, and multiplication tables. It explains that memorization requires time, practice, and different learning tools. Manipulatives are physical objects that can represent abstract math concepts, like blocks or calculators. Multiplication tables display the factors and products in an organized chart to make patterns and answers easier to find.
This document provides suggestions for using technology to enhance language arts classes, including using online tools to teach speaking, reading, writing, and other subjects more engagingly. It lists ideas like using social media like Facebook and Twitter, text-to-speech tools, iPads, online newspapers, and more to spark students' curiosity and encourage continued learning about literature, geography, creative writing, and other topics. The goal is to bring the real world into the digital world of the classroom.
Free Friday Webinars by Shelly Terrell & American TESOLJennifer Verschoor
This document provides tips for jazzing up English language teaching classes with technology. It discusses using online dictionaries, digital storytelling tools like Storykit, and m-learning with handheld devices. Teachers are encouraged to have students create digital stories to develop skills in planning, creativity, and innovation. Online projects through sites like iEarn.org are also recommended. The document emphasizes that digital tools make learning more interesting and motivating for students by engaging them in their own learning through authentic multimedia content.
This document provides an agenda for a workshop on becoming a better searcher and using technology in the classroom. The agenda includes topics like creating digital audio, using digital images and computer games for educational purposes, and teaching prepositions with games. It also lists several websites related to the topics, such as websites for creating audio, teaching parts of the face with adjectives, and learning prepositions through games. The document concludes by quoting that successful 21st century teaching is about staying current with literacies, not just technologies.
Practicing math problems is the most effective way for students to learn math concepts, memorize formulas, and prepare for tests and exams. The document recommends making math practice a daily habit and working with peers in groups to discuss problems and share notes. Students should practice a wide variety of problems before exams, as exams often include questions beyond what was covered in class. Practicing exercises the brain and helps students improve their logical, abstract, and spatial reasoning skills.
Effort Praise: A Motivational Strategy for Apathetic StudentsCarmen Y. Reyes
Effort praise is a motivational strategy that can help apathetic and unmotivated students. It involves minimizing mistakes and praising a child's effort, as errors are part of learning. Teachers should focus on strengths over weaknesses and praise parts of tasks completed correctly. Additionally, teachers should make clear the connection between effort and achievement to students and define effort as strategic time spent using effective learning strategies rather than just trying harder without a plan.
Private Tutoring – How to Be A Successful Tutor junfu2018
Rules for being a successful private tutor. Our teaching philosophy and teaching methods are paramount to our teaching success. At in-depthtutoring.com, we pride ourselves on reaching the goals for our students. Making sure that their success is our own and treat them just like our own children.
Understanding and memorizing formulas can be a little critical process, but with our fantastic tips, you will surely figure out steps and will learn by heart for your coming exams.
Melissa Ramos discusses study skills for tests and quizzes in her October 30, 2011 article, emphasizing that consistent use of study skills, effective time management, strong note taking abilities, and having sufficient knowledge can help students prepare and perform well. She also notes that individual thinking skills and study techniques vary and are not wrong as long as students aim to set and reach their goals.
Persistence and consistency in using study skills like time management and note taking are important for test preparation, as they help students memorize key points and have the knowledge to easily solve problems and answer questions. Different people have different studying techniques, so students should not consider their own method as wrong as long as they are using their time effectively to gain the knowledge needed for success on assessments.
How To Mitigate Nervousness Among StudentskilleenISDTX
Teachers can help mitigate students' nervousness by having them set proper study schedules to manage their time effectively, organizing engaging activities to keep students physically and mentally active, promoting an optimistic mindset through daily encouragement and positive affirmations, providing continuous feedback on performance to indicate ways to improve, and creating a nurturing classroom environment where all students feel valued.
This document discusses phenomena of mathematical anxiety. It defines math anxiety as feelings of tension and anxiety that interfere with manipulating numbers and solving math problems. Seven factors are identified as causes of math anxiety, including teacher personality and style of teaching. Math anxiety is more common in individuals with negative past experiences learning math or internal anxiety. To reduce math anxiety, the document recommends improving self-perception, understanding math requires work rather than innate ability, avoiding external stressors, and receiving support from teachers and family.
Brain Based Learning Information ProcessingLinda Nitsche
The document discusses how the brain processes information and what educators can do with this knowledge. It explains that the thalamus screens incoming information for importance. It also notes that motivation, meaning, closure, and testing long term storage can improve learning and retention. Finally, it suggests educators reflect on how they can apply these brain insights to improve their instructional methods.
This document contains a learning style assessment for a student to complete. It instructs the student to rate how often certain learning factors, like visual aids, verbal instructions, physical activities, lighting, temperature, and environmental noises, affected their ability to understand material in the past. Based on their responses, the student determined they are always aware of their learning preferences and environmental factors that impact their learning. They concluded they are always aware of their surroundings and search for what helps them learn best.
Students know more than they think they actually do and even in the cases that they don’t know enough concerning a subject matter, they have the tools to acquire the necessary information so when students are unwillingly to use their cognitive potentials maximally, teachers should find numerous interesting ways to ensure students open their idea bank.
PodSeven is a Spanish company that offers online brain training games and a business opportunity through network marketing. The games are designed to improve cognitive skills in areas like memory, concentration, problem solving and mental agility. Regular training with the PodSeven Brain Gym is presented as providing benefits such as improving brain health, preventing cognitive decline, increasing processing speed and memory, enhancing mental agility and concentration, and improving problem solving abilities. Users can track their progress through tools that measure their PodSeven Index, Brain Age and Brain Units.
The document advertises a mind mapping course to help students address challenges with concentration, understanding, memory and recall. It claims mind mapping uses the brain in a "brain compatible" way to improve learning and results. The course teaches mind mapping techniques, laws and applications for planning, note-taking, problem-solving and studying. Students will learn how to create and understand mind maps and apply the skills to various uses. The goal is to empower students with powerful scientific study skills to perform better. The course is taught by Koteshwar, a certified mind mapping trainer.
The document discusses effective homework practices based on research. It recommends that homework amounts be grade-level appropriate and minimize time spent. Homework should reinforce skills and concepts covered in class, not introduce new material, and have clearly communicated purposes like practice, preparation, or elaboration. Factors to consider include homework type, appropriate amounts by age, and monitoring responsibilities. Homework should be meaningful, consume a reasonable time, and require little parental involvement. Teachers should provide in-class examples, differentiate assignments, and give feedback rather than punitive grades. Overall, research shows homework can increase achievement when implemented correctly.
The document outlines 15 steps teachers can take to help students with attention and behavior problems in the classroom. The steps include taking the mystery out of attention, understanding inconsistent behavior, exploring medication options, allowing movement breaks, varying instructional strategies, using signals, leveraging student interests, minimizing distractions, developing planning skills, using behavior modification, discouraging frenetic work, getting organized, using planners, setting up home offices, and allowing wind down time. The overall goal is for teachers to have strategies to engage students and help them focus.
The document discusses strategies for brain-based teaching and learning. It explains that brain-based teaching involves engaging students' thinking through active learning strategies rather than passive lecturing. Some highlighted strategies include discussion, visuals, using real objects to teach math concepts, and ensuring lessons are accessible for students with disabilities or who are English Learners. The goal of brain-based teaching is to stimulate students' interest and challenge them academically through active learning, resulting in greater understanding and retention of the material.
Group work can be an effective teaching technique for language classrooms when implemented properly. It allows all students to actively participate and keeps them occupied. However, teachers should monitor student dynamics and not allow antagonistic students to work together. Teachers are also better suited than students to form groups that mix students of varying abilities, so students should not choose their own groups. When done correctly, group work can help students learn while building acceptance for all. But teachers must fine tune the groups and watch for problems between students to ensure group work benefits learning.
This document discusses different methods for helping students memorize their multiplication facts, including memorization, manipulatives, and multiplication tables. It explains that memorization requires time, practice, and different learning tools. Manipulatives are physical objects that can represent abstract math concepts, like blocks or calculators. Multiplication tables display the factors and products in an organized chart to make patterns and answers easier to find.
This document provides suggestions for using technology to enhance language arts classes, including using online tools to teach speaking, reading, writing, and other subjects more engagingly. It lists ideas like using social media like Facebook and Twitter, text-to-speech tools, iPads, online newspapers, and more to spark students' curiosity and encourage continued learning about literature, geography, creative writing, and other topics. The goal is to bring the real world into the digital world of the classroom.
Free Friday Webinars by Shelly Terrell & American TESOLJennifer Verschoor
This document provides tips for jazzing up English language teaching classes with technology. It discusses using online dictionaries, digital storytelling tools like Storykit, and m-learning with handheld devices. Teachers are encouraged to have students create digital stories to develop skills in planning, creativity, and innovation. Online projects through sites like iEarn.org are also recommended. The document emphasizes that digital tools make learning more interesting and motivating for students by engaging them in their own learning through authentic multimedia content.
This document provides an agenda for a workshop on becoming a better searcher and using technology in the classroom. The agenda includes topics like creating digital audio, using digital images and computer games for educational purposes, and teaching prepositions with games. It also lists several websites related to the topics, such as websites for creating audio, teaching parts of the face with adjectives, and learning prepositions through games. The document concludes by quoting that successful 21st century teaching is about staying current with literacies, not just technologies.
Moshi Monsters is an online game that can be used to motivate young students and teach literacy, language, and math. The game allows students to describe their monster characters and write stories set in the game's city. It also includes puzzles to solve and an economy to track, helping develop problem solving, teamwork, and cognitive skills. Educational games can improve students' coordination and motivation while teaching valuable skills.
Teaching Business English with Technology in Latin AmericaJennifer Verschoor
This document discusses teaching Business English with technology in Latin America. It covers 5 key drivers of Business English teaching: andragogy, language ego, games, innovation, and integrating technology. The author teaches both face-to-face and online Business English classes and uses various websites and tools to enhance learning. The document also mentions surveying students, using assessments like the BEC exams, and concludes by encouraging innovating for the present rather than the future.
Use word clouds (and any other tools you can think of) to link reading to writing following an approach which is motivating and allows the students to peer-review their writing as well as compare it to the original.
Integrating Web 2.0 Tools in the Math ClassroomChris Marchetti
This document provides an overview and agenda for a presentation on using Web 2.0 tools in mathematics classrooms. The presentation goals are to provide an overview of Web 2.0, discuss why these tools should be used in the classroom, and explore ideas for how to incorporate them into mathematics teaching. Examples of Web 2.0 tools that could be used include blogs, wikis, podcasts, and online documents.
Phenylketonuria (PKU) is an inherited, progressive disorder caused by a mutation in the gene for the enzyme phenylalanine hydroxylase. This prevents the breakdown of phenylalanine, causing it to build up in the brain and impair mental development. Early diagnosis through newborn screening and a special low-phenylalanine diet can help prevent intellectual disability by keeping phenylalanine levels normal.
This document summarizes key points from the book "Brain Rules" by John Medina. It provides notes on 12 "Brain Rules" related to how the brain learns best. The rules discuss concepts like exercise, survival, sensory integration, memory, stress, gender differences, and exploration. The notes emphasize spacing out learning over time, using multisensory teaching methods, and addressing individual student needs and stress levels to optimize learning in the classroom.
Name: Yasir Almutlaq
Learning, Cognition, and Memory 3rd Reading
Big Ideas
Enduring Understandings (Mega-Ideas):
a) Much of human learning involves a process of actively constructing--not passively absorbing--knowledge.
b) Knowledge about the brain is helpful, but there are many misconceptions.
c) Human memory is complex, multifaceted information-processing system that is, to a considerable degree, under learners' control.
d) Human memory is fallible. Learners don't remember everything they learn, and sometimes they misremember what they've learned.
e) Effective teachers help students mentally process new information and skills in ways that facilitate long-term memory.
Why may learners may or may not remember what they’ve learned?
What helps people to remember? What prevents people from remembering?
What is context?
Define and give an example retrieval cues:
What is reconstruction?
Define reconstruction error.
Define retrieval failure.
Define decay.
When and how have you experienced reconstruction error?
When and how have you experienced retrieval error?
When how have you experienced memory decay?
1. Long -term memory is not necessarily forever.
How easily something is recalled depends on how it was initially learned. Remembering depends on the context. If they connected it with something else in long term memory.
The parts of written or spoken statement that precede or follow specific word or passage usually influencing its meaning or effect.
Retrieval cues clearly help learners recall what they have previously learned. For example, songs and smells.
Somethings people retrieve only certain of something they have previously learned. In such situations they may construct their memory of an event by combining the tidbits they can recall with their general knowledge and assumptions about the world.
Inability to locate information that currently exists in long-term memory.
Gradual weakening of information stored in long-term memory, especially if the information is used infrequently or not at all.
Try to remember spelling by remembering vocabulary and how it is spelled to help me.
When I forget my exam coming up.
When I tried to remember what I learned in math class for 3 years ago.
Summarize what you learned from this section:
I learned that remembering depends on how easily something is recalled depends on how it was initially learned. Remembering depends on the context. Memory is very interesting thing to learn about. I like the idea that when I listen to a song I remember an event or person and that’s very true and happened with all the people.
How can teachers (and students) promote effective cognitive processes (thinking)?
What are important things we should remember about memory?
How can a teacher grab and hold students’ attention?
Why should a teacher grab and hold students’ attention?
What is meant by the limited capacity of working memory ?
Why should a teacher remember students’ have ...
Does this sound familiar? You start a new unit of instruction with your students, and you do a brilliant job (mostly) of presenting the information, the students seem (mostly) engaged, and they seem to (mostly) “get it” while you are presenting. Then, a couple of days later, you take a few minutes to review and check on their retention of the previous instruction, and you find that they remember almost nothing that you covered just a few days ago! Of course it does. Anyone who has ever taught has experienced this problem.
For those of us who remember our Ed. Psych. Classes from college, this occurrence should hardly come as a surprise. After all, good old Hermann Ebbinghaus did the original research over a hundred years ago and demonstrated what John Medina, in Brain Rules: 12 Principles for Surviving and Thriving at Work, Home, and School calls “one of the most depressing facts in all of education: people usually forget 90 percent of what they learn in a class within 30 days….The majority of this forgetting occurs within the first few hours after class.”
But does it have to be this way, or are there steps we can take to make sure our students both get the information in their heads (encoding) and are more efficient at getting it back out to use it when they need it (retrieval)? The good news is that yes, there are steps we can take—many of them, in fact. In this article, I will cover seven of these steps any teacher can take to immediately increase the amount of information students retain.
Seven steps to magical memory by Willy WoodWilly Wood
Seven steps to magical memory by Willy Wood
Does this sound familiar? You start a new unit of instruction with your students, and you do a brilliant job (mostly) of presenting the information, the students seem (mostly) engaged, and they seem to (mostly) “get it” while you are presenting. Then, a couple of days later, you take a few minutes to review and check on their retention of the previous instruction, and you find that they remember almost nothing that you covered just a few days ago! Of course it does. Anyone who has ever taught has experienced this problem.
Drill work is an important technique in teaching mathematics as it develops speed and accuracy through repetition. However, drill work has disadvantages if it becomes boring or takes too much time away from other techniques. To make drill work effective, it should be brief, interesting, and distributed over time with opportunities for students. While drill work improves basic skills, it is not optimal for developing logical thinking or problem solving abilities. Other techniques like fact fluency that encourage exploration and real-world application may be more efficient ways to improve students' mathematics skills.
How do you get a lesson to stick?
I recently read Made to Stick by Chip Heath and Dan Heath. It was the last in the perfect trilogy of books I read this summer which also included The World Is Flat and A Whole New Mind. It is a book on why some ideas die, and others thrive. They explain how to make an idea “stick.” I wrote many notes as I read the book changing the context of their writing to be more in line with helping me plan a lesson rather than a marketing campaign. All of the ideas in the podcast and PowerPoint are from the book. I decided to type them onto a file so that I would not misplace them and that turned into a PowerPoint document. I am going to post the PowerPoint with music on teachertube.com under the title “How do you get a lesson to stick?” While I don’t consider it done, I know with school starting it is probably as finished as it ever will be and decided to post it as is. Hope it helps make your lessons “stick” this year.
Studying involves both learning and remembering information. There are many memory techniques that can be used to improve recall, including organizing information, associating new ideas with prior knowledge, using visualizations and recitation, and spacing out review sessions over time. Effective memorization relies on integrating information and regular practice recalling it.
The document discusses three key principles of cognition and how they relate to teaching and student learning:
1. Memory is the residue of thought - what students think about during a lesson is what they will remember. Teachers should design lessons to ensure students are thinking about the intended content.
2. Factual knowledge precedes skill - background knowledge is essential for reading comprehension, critical thinking, and future learning. Teachers should actively build students' background knowledge.
3. Stories aid memory - the human mind learns best through stories. Teachers should structure lessons like stories whenever possible to maximize student engagement and memory of the content.
This document provides tips and techniques for managing classroom time effectively. It discusses defining objectives for each class, allowing flexibility to adapt lesson plans, estimating task times accurately, keeping activities time-bound, and assessing time demands such as reviewing materials and allowing for questions. Sample classroom time management games are also described, such as having students move to music or copy hand clapping patterns, to help engage students and maximize the time spent in class.
Here are three key pieces of advice that the experienced teachers provided:
1. Know your students well - their backgrounds, interests, strengths and needs - and plan lessons that engage them through meaningful, real-world connections.
2. Ensure clear learning objectives and formative assessments are built into every lesson to check for understanding along the way. Be flexible to re-teach if needed.
3. Keep lessons hands-on and activity-based to develop conceptual understanding and problem-solving skills over rote memorization. Make math fun!
The teachers emphasized truly understanding students and using assessments to guide instruction as most important for impactful planning. They recommended interactive, experiential lessons focused on developing skills and concepts.
Diary of a mad nurse educator lesson 5 notesPimmie Sen
The document discusses active learning strategies that can be used in classroom lectures. It begins by defining active learning as involving students in higher-order thinking skills like analysis and evaluation, rather than just transmitting information, and engaging students through activities like discussions. A variety of specific in-class active learning techniques are then presented across multiple slides, including opening a lecture with a question, think-pair-shares, focused listing, brainstorming, planned breaks for questions, and blank slides to pause presentation. The document emphasizes that these strategies encourage student engagement, prepare them to learn, and provide instructors feedback.
1. The document discusses 10 brain-based concepts for new teachers, including establishing a positive classroom climate free from threats, using humor to enhance learning and retention, creating meaning for students by relating new concepts to their experiences, utilizing closure activities, testing for long-term storage of information at least 24 hours after teaching, and incorporating guided practice opportunities.
2. Some key strategies are avoiding sarcasm, establishing trust and positive behaviors, using examples from students' lives, and providing feedback during early practice sessions to ensure accuracy.
3. Regular testing at least one day later can help determine what information was successfully transferred to long-term memory storage.
The document discusses ways to reduce math anxiety. It states that math anxiety is feelings of tension and anxiety that interfere with manipulating numbers and solving math problems. It is caused by factors like timed tests, public embarrassment, imposed authority, and lack of consideration for different learning styles in traditional classrooms. The document provides several suggestions to reduce math anxiety, including overcoming negative self-talk, practicing math daily, getting help immediately if something is not understood, and ensuring lessons are presented in multiple ways to accommodate different learning styles.
This document discusses the importance of teaching problem solving in mathematics classrooms. It argues that most problems posed in classrooms are actually exercises, where students practice specific algorithms, rather than true problems that require strategy and creative thinking. The document advocates for teaching problem solving using heuristics like understanding the problem, devising a plan, carrying out the plan, and looking back. It also discusses problem solving strategies and the role of the teacher in facilitating problem solving lessons.
Schools screen students early to identify learning disabilities and provide appropriate support. A child may be referred for special education services if school staff observe significant differences in the child's learning compared to peers. Schools establish committees to explore ways to help students struggling academically without requiring special education services. Formal student assessments identify strengths and weaknesses to determine eligibility for special education. Research shows primary causes of learning disabilities are often genetic and neurological factors related to brain connections. Providing instruction tailored to individual strengths can help students with learning disabilities succeed.
This presentation is about techniques of teaching mathematics-Drill Work, Dalton Plan. It includes the definition of each technique, advantages, disadvantages, role of teacher etc.
The document discusses different techniques for teaching mathematics, including oral work, group work, and homework. Oral work involves solving problems mentally without writing and helps build a foundation for later written work. Group work involves dividing students into smaller, homogeneous groups to allow for greater attention to individuals. Homework is assigned to supplement classroom teaching and develop habits of regular study, but may cause tension if not properly supervised.
1) Teachers should break up the long class block into shorter segments of different activities like lectures, group work, and assessments to keep students engaged.
2) It is important to do pre-assessments to understand what students already know and post-assessments to evaluate learning. Hands-on activities help students apply, analyze, synthesize and evaluate the material.
3) Student-centered learning focuses on developing students' process skills through guided inquiry, materials from multiple perspectives, and information processing.
Our brain has two modes of thinking - focused and diffuse - that help with learning in different ways. Focused mode is for concentrating on a subject, while diffuse mode occurs when relaxed and allows for creative insights. To learn effectively, one must alternate between these modes, using focused time to study new concepts and diffuse time like sleep to process them. Another important learning technique is chunking, which involves breaking information into smaller, memorable pieces. Procrastination can be addressed using the Pomodoro technique of focused study sessions with breaks, focusing on the process rather than the product, and rewarding oneself upon completion of tasks.
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.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
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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How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
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.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
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
2. Have you ever had the experience of teaching a concept one day and the next day the students say “We have never seen this stuff before?” JOIN THE CLUB!