This five-day unit plan teaches second grade students about clouds. Day 1 introduces clouds by reading a book and watching a video. Day 2 covers types of clouds through a song. Day 3 discusses determining weather from clouds using pictures. Day 4 teaches cloud location by creating posters. Each day assesses student understanding through discussion, songs, or activities. The goal is for students to understand clouds with 95% accuracy.
This Grade 1 arts integrated lesson plan teaches students to use a visible thinking protocol to discover differences and similarities between old and modern artifacts. The lesson includes activities and rubrics.
This Grade 3 Social Studies lesson plan develops a student's critical thinking skills as they discover similarities and differences between old and modern-day artifacts. The lesson plan includes extension activities and rubrics.
This Grade 2 arts-integrated lesson plan teaches students to use a visible thinking protocol to discover differences and similarities between old and modern artifacts. The lesson includes extension activities and rubrics.
This six-week unit introduces first grade students to basic research skills through studying animal books. Each student will choose an animal book and take notes to become experts. In the final lesson, students will present their research in an "Animal Museum." The unit aims to teach students to use guides like contents pages, indexes, and pictures to find information. By the end, students will be able to use these guides and demonstrate enthusiasm for reading non-fiction.
This document provides information about the students, objectives, methods, and evaluation for a lesson on Native Americans. There are 20 10th grade students ranging in age from 14 to 16, with a variety of ethnic backgrounds. The objective is for students to identify events of the Worcester v. Georgia trial with 90% accuracy through roleplaying, blogging, creating arts and bots projects, and completing assignments on a classroom wiki. The teacher will use classroom discussions, roleplaying on Twitter, blogging, poster-making, a private Facebook group, and a wiki to engage students and facilitate participation, creativity, and assessment of understanding.
This document provides an overview of the Independent Investigation Method (IIM), a research model for teaching research skills to K-12 students. IIM follows a step-by-step process for research projects that includes topic selection, goal setting, gathering and recording information from various sources, organizing research, and presenting findings. The document discusses how IIM can be adapted for different grade levels from primary to secondary to help students meet new Texas Essential Knowledge and Skills standards for research. Sample activities are provided such as developing focus questions and taking notes without plagiarizing. Overall, IIM is presented as a proven model for incorporating rigorous research standards into classroom instruction across grades and subjects.
This document discusses making decisions about integrating technology into teaching. It provides examples of using a SNOWY framework to select appropriate tools for different lessons. Specifically, it models applying SNOWY to choose tools for two sample lessons - one on historical events influencing 9/11 for 9th grade world history, and another on whether the US should supply more troops to Afghanistan for 12th grade AP government. The selected tools include reading Wikipedia and BBC articles, watching a United Streaming video, using a group webquest, creating a timeline, and writing an objective for the 9th grade lesson.
Este documento proporciona una introducción al software educativo, incluyendo una breve historia, evolución, concepto, características, clasificaciones, importancia, ventajas y desventajas, estructura básica, uso en el aula y ejemplos. Explica que el software educativo surgió en los años 70 para que los estudiantes controlen programas y aprendan divirtiéndose. Se ha evolucionado junto con la tecnología para enriquecer los procesos de enseñanza y aprendizaje de forma flexible y potente.
This Grade 1 arts integrated lesson plan teaches students to use a visible thinking protocol to discover differences and similarities between old and modern artifacts. The lesson includes activities and rubrics.
This Grade 3 Social Studies lesson plan develops a student's critical thinking skills as they discover similarities and differences between old and modern-day artifacts. The lesson plan includes extension activities and rubrics.
This Grade 2 arts-integrated lesson plan teaches students to use a visible thinking protocol to discover differences and similarities between old and modern artifacts. The lesson includes extension activities and rubrics.
This six-week unit introduces first grade students to basic research skills through studying animal books. Each student will choose an animal book and take notes to become experts. In the final lesson, students will present their research in an "Animal Museum." The unit aims to teach students to use guides like contents pages, indexes, and pictures to find information. By the end, students will be able to use these guides and demonstrate enthusiasm for reading non-fiction.
This document provides information about the students, objectives, methods, and evaluation for a lesson on Native Americans. There are 20 10th grade students ranging in age from 14 to 16, with a variety of ethnic backgrounds. The objective is for students to identify events of the Worcester v. Georgia trial with 90% accuracy through roleplaying, blogging, creating arts and bots projects, and completing assignments on a classroom wiki. The teacher will use classroom discussions, roleplaying on Twitter, blogging, poster-making, a private Facebook group, and a wiki to engage students and facilitate participation, creativity, and assessment of understanding.
This document provides an overview of the Independent Investigation Method (IIM), a research model for teaching research skills to K-12 students. IIM follows a step-by-step process for research projects that includes topic selection, goal setting, gathering and recording information from various sources, organizing research, and presenting findings. The document discusses how IIM can be adapted for different grade levels from primary to secondary to help students meet new Texas Essential Knowledge and Skills standards for research. Sample activities are provided such as developing focus questions and taking notes without plagiarizing. Overall, IIM is presented as a proven model for incorporating rigorous research standards into classroom instruction across grades and subjects.
This document discusses making decisions about integrating technology into teaching. It provides examples of using a SNOWY framework to select appropriate tools for different lessons. Specifically, it models applying SNOWY to choose tools for two sample lessons - one on historical events influencing 9/11 for 9th grade world history, and another on whether the US should supply more troops to Afghanistan for 12th grade AP government. The selected tools include reading Wikipedia and BBC articles, watching a United Streaming video, using a group webquest, creating a timeline, and writing an objective for the 9th grade lesson.
Este documento proporciona una introducción al software educativo, incluyendo una breve historia, evolución, concepto, características, clasificaciones, importancia, ventajas y desventajas, estructura básica, uso en el aula y ejemplos. Explica que el software educativo surgió en los años 70 para que los estudiantes controlen programas y aprendan divirtiéndose. Se ha evolucionado junto con la tecnología para enriquecer los procesos de enseñanza y aprendizaje de forma flexible y potente.
This document discusses using strategy maps as a tool to assess and increase the return on investment (ROI) from learning management systems. It presents strategy maps as a novel approach that uses an existing popular framework from strategy implementation and management control. Strategy maps model the expected impact of learning investments and use target setting on linked key performance indicators (KPIs) to operationalize the strategy. The balanced scorecard is used to measure progress and assess ROI. Strengths of the approach include being more proactive, encouraging communication, and providing better control through target setting. Potential weaknesses include unfamiliarity and additional work required to create the maps. The presentation agenda is provided to illustrate the approach with a case study and allow application.
Rettifica Circolare MISE Nuove Imprese giovanili e femminiliParma Couture
Il Decreto MISE - MEF 08/07/2015 n. 140 (seguito dalla Circolare MISE 09/10/2015 n. 75445) ha riattivato la misura, gestita da Invitalia, di agevolazione delle nuove imprese prevista dal Decreto Legislativo n. 185/2000 Titolo I (Autoimprenditorialità). La nuova normativa prevede l'erogazione di finanziamenti a tasso zero destinati a società di micro o piccola dimensione costituite in territorio nazionale da non più di 12 mesi da parte di soci in maggioranza giovani (età non superiore a 35 anni) o donne.
La domanda può essere presentata anche da persone fisiche che si impegnano a costituire una società con i suddetti requisiti (l'avvenuta costituzione dovrà essere comunicata entro 45 giorni dall'ammissione). Le nuove imprese possono appartenere a qualsiasi settore di produzione o servizio (anche turismo, cultura e innovazione sociale), ad esclusione della sola produzione agricola primaria che non accede al de minimis. Gli investimenti ammissibili per le nuove imprese sono il suolo aziendale (max 10%), l'acquisto o costruzione di fabbricati e la realizzazione di opere edili e ristrutturazioni (in percentuale sul costo totale, variabile rispetto al settore), i macchinari, le attrezzature e (max 20%) i software e servizi ICT, i brevetti, licenze e marchi (max 20%), la formazione specialistica (max 5%) e le consulenze specialistiche (max 5%).
I finanziamenti a tasso zero per le nuove imprese hanno una durata massima di 8 anni e coprono fino al 75% dei costi totali ammissibili.
Presentazione dei piani d'impresa a sportello a partire dal 13 Gennaio 2016 (fino ad esaurimento risorse)
This document is a resume for Sandy J. Davis summarizing her experience and qualifications as an executive assistant. She has over 15 years of experience providing high-level administrative support to executives in various industries. Her core competencies include being well-organized, detail-oriented, able to manage multiple projects simultaneously with minimal supervision, and having advanced computer skills. Her previous roles involved supporting C-level executives, managing calendars, coordinating meetings and events, communicating with internal and external stakeholders, and resolving issues.
O documento discute a recuperação da aprendizagem, incluindo sua importância para reapropriação do conhecimento, os desafios em sua implantação devido a mudanças nas leis educacionais e concepções de avaliação, e a necessidade de preparo dos professores e apoio da gestão pedagógica para superar problemas e garantir o progresso dos alunos.
This five day unit plan teaches second grade students about clouds. On day one, students learn what clouds are through a webquest and social media activities. Day two focuses on the three main types of clouds and has students research them online and create blogs. On day three, students learn how to determine weather based on clouds using Twitter and build simple robots. Day four covers the location of clouds through a group activity, PowerPoint presentations, and posters. The final day consists of observing real clouds using cell phones, identifying cloud types, and writing blogs about using character education to teach clouds. The plan aims to engage students and help them learn through hands-on projects and technology.
This five day unit plan teaches second grade students about clouds through various hands-on activities and technology. On day one, students research what clouds are through a webquest and create a wiki and Facebook posts. Day two focuses on the three main types of clouds - cirrus, alto and stratus - and has students learn through videos, blogs and making their own story with Powtoon. On day three, students learn how to determine weather based on clouds using Twitter and creating a robot. The unit incorporates various 21st century skills like using technology for research, communication and problem solving. Progress is assessed based on student work like wikis, blogs and presentations.
This five day unit plan teaches second grade students about clouds. On day one, students learn what clouds are through a webquest, Facebook posts, and creating a wiki. Day two focuses on the three main types of clouds and has students research blogs, create their own blog with Photoshop images, and tell stories with Powtoon. Day three is about determining weather from clouds using Twitter and building robots. Day four covers cloud location through groupwork, PowerPoints, and posters. The final day consists of cloud observation with cell phones and Zello, then blogging about teaching clouds through character education. The lessons utilize various technologies and activities to engage students in learning about clouds.
This document outlines a six-week research project for 5th grade students on Latin American countries. Students will research the maps, landforms, people, resources, climate, history, flag, and culture of one country and compare it to another. They will use a wiki, Animoto, and other technologies to complete their research and final product. The project aligns with social studies and technology standards and provides accommodations for special needs students.
The document outlines the lesson plan for a day 3 class on radio frequency interference and noise for 9th grade honors students. The objectives are for students to create a Glog in groups of 2-3 accurately explaining the concept of radio frequency interference. The lesson plan incorporates different learning styles through a Voki bell ringer, a class Twitter account for reflections, and having students make Glogs in groups about devices that cause radio interference after watching an informational video. The teacher will ensure access to technology and evaluate the Glogs and group work to assess student progress and ability to revise future lessons.
This lesson plan is designed for a 9th grade honors class in West Virginia to analyze pulsar plots over 5 days of instruction. The students will work in groups of 2-3 to analyze pulsar plots from an online database using previously taken notes. They will then present their findings on Facebook and discuss each other's posts. On the final day, students will present their findings alongside robotics projects they have been building. The teacher will facilitate discussion and ensure technology is available for presentations. Students will be assessed based on group participation, robot applications and their engagement on social media forums throughout the unit. Feedback will be used to revise and improve the lesson plan.
The document outlines a lesson plan for a second grade classroom. The lesson uses various technologies to teach students about growth and development. It includes using a podcast of a book, a digital image discussion, and a webquest. The podcast and discussion are used to engage students, while the webquest serves as an assessment of their understanding. The goal is for students to understand and differentiate types of growth through class activities and discussions over five days with 95% accuracy.
This lesson plan outlines a week-long project for 6th grade science students to research famous scientists. Students will be assigned individual scientists to research using approved websites and resources. They will take notes using graphic organizers and then create Prezi presentations to share their findings with the class. The teacher will provide direct instruction on digital citizenship, researching skills, and using Prezi. Students will work independently on their projects but receive support from teachers. Their presentations will be evaluated using a rubric.
The document outlines an upcoming classroom project called "Investigating the Weather" which will have students research natural disasters, predict weather, keep weather journals, and do a role play news report on a disaster; the project aims to teach students about how weather affects lives while building 21st century skills like critical thinking through group-based and student-led activities.
The document summarizes a teacher's educational philosophy and provides examples of lesson plans they developed and implemented in various subjects like math, writing, science, and social studies for different grade levels. The teacher aims to build student confidence, respect, literacy and self-esteem. Lesson plans are developed using state standards and are differentiated, hands-on, and incorporate technology. Examples provided include measurement, area, angles, transitions, plant growth, the Puritans, and the phases of the moon. The teacher thanks those who supported their journey to becoming an educator.
1. Students will conduct independent research on topics related to behaviors that are present in the novel Speak, including selective mutism, dating violence, bullying, post-traumatic stress, and depression.
2. Students will use online resources to research and record information about assigned topics using graphic organizers. They will then create group presentations to share their findings with the class.
3. This research aims to prepare students with background knowledge on topics in the novel to enhance their understanding and analysis of characters and events.
This unit plan is for a third grade class to learn about grasslands habitats. There are 25 students, most are boys. Two have ADD. The lesson objectives are for students to identify grasslands characteristics by exploring various interactive resources. Students will create a Voki and have the option to make a Glog for extra credit. To ensure participation, the teacher will offer rewards and mark participation points. Students will be evaluated based on their contributions during class discussions and while working on their Voki group projects.
The document outlines a lesson plan for a 2nd grade class to help students understand multiplication and division. It includes the following:
- The class has 21 students ranging from 7-8 years old, with 13 girls and 8 boys who are Caucasian.
- The objective is for students to create real-world examples of multiplication and division on their own with 90% accuracy over two days.
- Students will make web quests using zunal.com to describe multiplication and division scenarios and share them online for peers.
- The teacher will provide guidance on using the website and an example web quest for students to reference.
The unit plan outlines a week-long lesson for a 3rd grade class to learn about the scientific method. Each day focuses on a different component: Day 1 introduces vocabulary and concepts through a video, Day 2 provides more detail on each step using pictures and handouts, Day 3 introduces an experiment and having students construct hypotheses, Day 4 covers experiment safety and having students perform the experiment in groups, and Day 5 involves student discussion of results to evaluate hypotheses. Technology like videos, handouts, and pictures will be used to engage visual and auditory learners, including one student with dyslexia. The goal is for all students to understand and accurately apply the scientific method by the end of the week.
This document outlines a project-based learning plan for a unit on preparing for natural disasters. Over three weeks, students will be assigned to research and present on natural disasters and preparedness for different regions of the US. They will create informational pamphlets and presentations to teach their classmates. The teacher's role is to facilitate student research and group work, while developing critical thinking and collaboration skills.
This document discusses using strategy maps as a tool to assess and increase the return on investment (ROI) from learning management systems. It presents strategy maps as a novel approach that uses an existing popular framework from strategy implementation and management control. Strategy maps model the expected impact of learning investments and use target setting on linked key performance indicators (KPIs) to operationalize the strategy. The balanced scorecard is used to measure progress and assess ROI. Strengths of the approach include being more proactive, encouraging communication, and providing better control through target setting. Potential weaknesses include unfamiliarity and additional work required to create the maps. The presentation agenda is provided to illustrate the approach with a case study and allow application.
Rettifica Circolare MISE Nuove Imprese giovanili e femminiliParma Couture
Il Decreto MISE - MEF 08/07/2015 n. 140 (seguito dalla Circolare MISE 09/10/2015 n. 75445) ha riattivato la misura, gestita da Invitalia, di agevolazione delle nuove imprese prevista dal Decreto Legislativo n. 185/2000 Titolo I (Autoimprenditorialità). La nuova normativa prevede l'erogazione di finanziamenti a tasso zero destinati a società di micro o piccola dimensione costituite in territorio nazionale da non più di 12 mesi da parte di soci in maggioranza giovani (età non superiore a 35 anni) o donne.
La domanda può essere presentata anche da persone fisiche che si impegnano a costituire una società con i suddetti requisiti (l'avvenuta costituzione dovrà essere comunicata entro 45 giorni dall'ammissione). Le nuove imprese possono appartenere a qualsiasi settore di produzione o servizio (anche turismo, cultura e innovazione sociale), ad esclusione della sola produzione agricola primaria che non accede al de minimis. Gli investimenti ammissibili per le nuove imprese sono il suolo aziendale (max 10%), l'acquisto o costruzione di fabbricati e la realizzazione di opere edili e ristrutturazioni (in percentuale sul costo totale, variabile rispetto al settore), i macchinari, le attrezzature e (max 20%) i software e servizi ICT, i brevetti, licenze e marchi (max 20%), la formazione specialistica (max 5%) e le consulenze specialistiche (max 5%).
I finanziamenti a tasso zero per le nuove imprese hanno una durata massima di 8 anni e coprono fino al 75% dei costi totali ammissibili.
Presentazione dei piani d'impresa a sportello a partire dal 13 Gennaio 2016 (fino ad esaurimento risorse)
This document is a resume for Sandy J. Davis summarizing her experience and qualifications as an executive assistant. She has over 15 years of experience providing high-level administrative support to executives in various industries. Her core competencies include being well-organized, detail-oriented, able to manage multiple projects simultaneously with minimal supervision, and having advanced computer skills. Her previous roles involved supporting C-level executives, managing calendars, coordinating meetings and events, communicating with internal and external stakeholders, and resolving issues.
O documento discute a recuperação da aprendizagem, incluindo sua importância para reapropriação do conhecimento, os desafios em sua implantação devido a mudanças nas leis educacionais e concepções de avaliação, e a necessidade de preparo dos professores e apoio da gestão pedagógica para superar problemas e garantir o progresso dos alunos.
This five day unit plan teaches second grade students about clouds. On day one, students learn what clouds are through a webquest and social media activities. Day two focuses on the three main types of clouds and has students research them online and create blogs. On day three, students learn how to determine weather based on clouds using Twitter and build simple robots. Day four covers the location of clouds through a group activity, PowerPoint presentations, and posters. The final day consists of observing real clouds using cell phones, identifying cloud types, and writing blogs about using character education to teach clouds. The plan aims to engage students and help them learn through hands-on projects and technology.
This five day unit plan teaches second grade students about clouds through various hands-on activities and technology. On day one, students research what clouds are through a webquest and create a wiki and Facebook posts. Day two focuses on the three main types of clouds - cirrus, alto and stratus - and has students learn through videos, blogs and making their own story with Powtoon. On day three, students learn how to determine weather based on clouds using Twitter and creating a robot. The unit incorporates various 21st century skills like using technology for research, communication and problem solving. Progress is assessed based on student work like wikis, blogs and presentations.
This five day unit plan teaches second grade students about clouds. On day one, students learn what clouds are through a webquest, Facebook posts, and creating a wiki. Day two focuses on the three main types of clouds and has students research blogs, create their own blog with Photoshop images, and tell stories with Powtoon. Day three is about determining weather from clouds using Twitter and building robots. Day four covers cloud location through groupwork, PowerPoints, and posters. The final day consists of cloud observation with cell phones and Zello, then blogging about teaching clouds through character education. The lessons utilize various technologies and activities to engage students in learning about clouds.
This document outlines a six-week research project for 5th grade students on Latin American countries. Students will research the maps, landforms, people, resources, climate, history, flag, and culture of one country and compare it to another. They will use a wiki, Animoto, and other technologies to complete their research and final product. The project aligns with social studies and technology standards and provides accommodations for special needs students.
The document outlines the lesson plan for a day 3 class on radio frequency interference and noise for 9th grade honors students. The objectives are for students to create a Glog in groups of 2-3 accurately explaining the concept of radio frequency interference. The lesson plan incorporates different learning styles through a Voki bell ringer, a class Twitter account for reflections, and having students make Glogs in groups about devices that cause radio interference after watching an informational video. The teacher will ensure access to technology and evaluate the Glogs and group work to assess student progress and ability to revise future lessons.
This lesson plan is designed for a 9th grade honors class in West Virginia to analyze pulsar plots over 5 days of instruction. The students will work in groups of 2-3 to analyze pulsar plots from an online database using previously taken notes. They will then present their findings on Facebook and discuss each other's posts. On the final day, students will present their findings alongside robotics projects they have been building. The teacher will facilitate discussion and ensure technology is available for presentations. Students will be assessed based on group participation, robot applications and their engagement on social media forums throughout the unit. Feedback will be used to revise and improve the lesson plan.
The document outlines a lesson plan for a second grade classroom. The lesson uses various technologies to teach students about growth and development. It includes using a podcast of a book, a digital image discussion, and a webquest. The podcast and discussion are used to engage students, while the webquest serves as an assessment of their understanding. The goal is for students to understand and differentiate types of growth through class activities and discussions over five days with 95% accuracy.
This lesson plan outlines a week-long project for 6th grade science students to research famous scientists. Students will be assigned individual scientists to research using approved websites and resources. They will take notes using graphic organizers and then create Prezi presentations to share their findings with the class. The teacher will provide direct instruction on digital citizenship, researching skills, and using Prezi. Students will work independently on their projects but receive support from teachers. Their presentations will be evaluated using a rubric.
The document outlines an upcoming classroom project called "Investigating the Weather" which will have students research natural disasters, predict weather, keep weather journals, and do a role play news report on a disaster; the project aims to teach students about how weather affects lives while building 21st century skills like critical thinking through group-based and student-led activities.
The document summarizes a teacher's educational philosophy and provides examples of lesson plans they developed and implemented in various subjects like math, writing, science, and social studies for different grade levels. The teacher aims to build student confidence, respect, literacy and self-esteem. Lesson plans are developed using state standards and are differentiated, hands-on, and incorporate technology. Examples provided include measurement, area, angles, transitions, plant growth, the Puritans, and the phases of the moon. The teacher thanks those who supported their journey to becoming an educator.
1. Students will conduct independent research on topics related to behaviors that are present in the novel Speak, including selective mutism, dating violence, bullying, post-traumatic stress, and depression.
2. Students will use online resources to research and record information about assigned topics using graphic organizers. They will then create group presentations to share their findings with the class.
3. This research aims to prepare students with background knowledge on topics in the novel to enhance their understanding and analysis of characters and events.
This unit plan is for a third grade class to learn about grasslands habitats. There are 25 students, most are boys. Two have ADD. The lesson objectives are for students to identify grasslands characteristics by exploring various interactive resources. Students will create a Voki and have the option to make a Glog for extra credit. To ensure participation, the teacher will offer rewards and mark participation points. Students will be evaluated based on their contributions during class discussions and while working on their Voki group projects.
The document outlines a lesson plan for a 2nd grade class to help students understand multiplication and division. It includes the following:
- The class has 21 students ranging from 7-8 years old, with 13 girls and 8 boys who are Caucasian.
- The objective is for students to create real-world examples of multiplication and division on their own with 90% accuracy over two days.
- Students will make web quests using zunal.com to describe multiplication and division scenarios and share them online for peers.
- The teacher will provide guidance on using the website and an example web quest for students to reference.
The unit plan outlines a week-long lesson for a 3rd grade class to learn about the scientific method. Each day focuses on a different component: Day 1 introduces vocabulary and concepts through a video, Day 2 provides more detail on each step using pictures and handouts, Day 3 introduces an experiment and having students construct hypotheses, Day 4 covers experiment safety and having students perform the experiment in groups, and Day 5 involves student discussion of results to evaluate hypotheses. Technology like videos, handouts, and pictures will be used to engage visual and auditory learners, including one student with dyslexia. The goal is for all students to understand and accurately apply the scientific method by the end of the week.
This document outlines a project-based learning plan for a unit on preparing for natural disasters. Over three weeks, students will be assigned to research and present on natural disasters and preparedness for different regions of the US. They will create informational pamphlets and presentations to teach their classmates. The teacher's role is to facilitate student research and group work, while developing critical thinking and collaboration skills.
This document outlines a lesson plan for a 2nd grade class to create a visual study tool on multiplication and division. The teacher will have the students look on Pinterest for ideas on how to make their visual study tools helpful. Students will then create either an online or paper study tool providing the definition and examples of multiplication and division terms. To evaluate their understanding, students will present their study tools to the class and the teacher will observe their interactions and grasp of the concepts. The goal is for students to complete the task with 100% accuracy in one day.
Teaching Clouds and Weather with Music and Visual Artscmlewis
Cindy Lewis designed a project to teach first grade students about clouds and weather through music and visual arts. Over the course of one week, students will learn about four types of clouds, take daily photos of the sky, watch videos about cloud formation and movement, visit websites about weather, and listen to a song that describes clouds. On the final day, students will work in small groups to create a project depicting the four cloud types through options like pattern blocks, paintings, or cotton balls. Lewis created a rubric to assess students' understanding of cloud types and vocabulary. She plans to present the project through a slideshow of student work to demonstrate how the arts enhanced their learning.
The document outlines a lesson plan for teaching 9th grade honors students about harmonics and binary systems. It describes the students who will be in the class as largely Caucasian with basic math and science skills. The objectives are for students to define the differences between single pulsars and binary systems, and define pulsar harmonics through a podcast with 95% accuracy. The lesson plan incorporates different learning styles through a Voki bell ringer, class Twitter for reflections, tablets with a podcast, and a class blog. It ensures the technology is prepared and students will participate through podcast discussions, class discussions, and interacting on the blog. Students will be evaluated on their podcast assessment answers and class discussion participation, while the teacher will reflect on Twitter
The document outlines a lesson plan for a second grade classroom. It will use podcasts, digital images, and a webquest to teach students about adolescent development over five days. Specifically, it will focus on physical and cognitive development. To start each lesson, the students will listen to a podcast of a book being read while viewing the pages. They will then discuss the book and questions from a related digital image in groups. Finally, the students will complete a webquest individually to assess their learning. The plan is to have 95% of students accurately describe and explain the developmental aspects of adolescence through these interactive activities and discussions.
The lesson plan involves 7th grade students researching and creating projects on different body systems over 14 days. The library media specialist and science teacher will collaborate, with the specialist teaching research skills using the Big 6 method. On the first day, the specialist will introduce the Big 6 framework and teach website evaluation. Students will then conduct research and create presentations to share their findings. The collaborative planning process helped define each teacher's roles and timing. Some challenges included limited planning time due to different schedules. Student learning was assessed through quizzes before and after on research skills and sources.
The lesson plan aims to teach third grade students about cloud types over five days. Students will identify cloud types, learn how clouds form and their meanings. Activities include creating online resources like wikis and blogs, watching videos, following weather accounts, and a final cloud observation. Technology is integrated each day, including creating online content and using apps. The goal is for students to demonstrate 95% accuracy in cloud knowledge by the end of the week.
Students will learn about the three most common types of clouds - cirrus, alto, and stratus clouds - through a variety of online and hands-on activities over the course of five days. They will explore cloud formation, properties, and identification by creating wikis and posts on Facebook, blogs, and PowToon about each cloud type. Students will also learn to determine weather patterns from cloud types using Twitter and how to identify cloud locations through an informational poster and PowerPoint. They will observe real clouds outside and discuss their findings using Zello.
Through a five day lesson plan, students will learn about the three main types of clouds - cirrus, alto, and stratus clouds. Students will explore clouds using online resources like a Webquest, wiki, Facebook, YouTube, blogs, Twitter, and by creating a cloud identifier and observing real clouds. The lesson aims to teach students what clouds are, how they form, their colors, locations in the sky, and how to determine weather patterns based on cloud types. By the end of the lesson, students will have gained a better understanding of the key characteristics of cirrus, alto, and stratus clouds.
The document outlines a 5-day lesson plan about clouds for a 3rd grade class. It details the students' demographics and learning styles. Over the course of 5 days, students will learn to identify different cloud types, where they are located in the sky, and what each type indicates about the weather. Students will demonstrate their cloud knowledge through various hands-on technology-based activities like creating wikis, blogs, videos, and social media posts. The lesson incorporates multiple learning styles and aims to teach students to recognize clouds and understand their significance.
This lesson plan introduces students to various holiday traditions celebrated around the world. It involves 20 4th grade students from diverse religious backgrounds. The objectives are for students to learn about different holiday traditions and why they are celebrated. Students will discuss traditions as a class, research in groups from books, and create posters and PowerPoint presentations to teach their peers. Assessment involves students demonstrating 85% accuracy on the traditions and reasons for celebration.
The document outlines a lesson plan for 2nd grade students to learn about clouds. It breaks the students into four groups to research different aspects of clouds: formation, how they stay aloft, color variations, and movement. Each group will use provided links to online resources to research their assigned topic and create 2-5 slides for a class PowerPoint presentation. The groups will then present their slides to teach the class about clouds. The goal is for students to work collaboratively to gather information and share their new understanding of cloud formation and properties.
This document discusses the importance of character education in schools. Character education teaches students how to develop good moral character and become respectful, well-mannered citizens. It is important to teach these skills at a young age so students can learn to have positive relationships. In the 21st century, character education teaches students the importance of having good manners in order to build positive relationships and get through life. The document provides examples of character education lessons and projects that use technology tools to teach students about manners, ethics, caring for others, and respect.
The author created a composite photo in Photoshop by cutting out and layering different types of clouds found on Google over a landscape picture. Clouds were added in the order of alto, cirrus and stratus using the lasso tool. The landscape layer was reapplied and blended with the clouds using the smudge tool to improve the composition.
This lesson plan is for a second grade class of 20 students to learn about clouds over five days. On day one, students will learn how clouds are formed and stay in the sky. Day two focuses on the different types of clouds. Day three covers the locations of clouds. On day four, students learn how to determine weather based on clouds. The final day involves observing and discussing clouds. Throughout the week, students will sing songs, read stories, make art projects, and use technology like videos and podcasts to develop their cloud knowledge, which they will demonstrate with 95% accuracy by week's end.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
Communicating effectively and consistently with students can help them feel at ease during their learning experience and provide the instructor with a communication trail to track the course's progress. This workshop will take you through constructing an engaging course container to facilitate effective communication.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
2. West Virginia 21st Century Science for Second Grade
Content Standard And Objectives
SC.O.2.1.08 design and conduct simple investigations; observe, collect and record
information using a variety of classification systems; describe trends of data; and make
predictions based on that data (e.g., seasonal changes and plants or temperature and
weather).
SC.O.2.3.02 use models as representations of real things.
SC.O.2.1.01 interpret science as the human’s search for an understanding of the world
by asking questions about themselves and their world.
SC.O.2.1.04 demonstrate curiosity, initiative and creativity by observing, classifying,
comparing and analyzing natural objects in the environment.
3. West Virginia 21st Century Skills and Tools
21C.O.PK-2.1.LS.1 Student uses text, people and electronic resources (e.g. interactive books,
educational software, CD-ROMs, elementary multimedia encyclopedias and search engines) to
locate information for classroom assignments and is able to identify the author and purpose for
each source located.
21C.O.PK-2.1.LS.2 Student can accurately interpret and create simple visuals (e.g. charts, maps,
graphs and models) and use this information to solve problems and communicate information.
21C.O.PK-2.1.LS.3 Student articulates thoughts and ideas, representative of real and imaginary
experiences, clearly and effectively through oral, written or multimedia communication.
21C.O.PK-2.1.TT.7 Student, working in a teacher-led whole group project, uses presentation
software to illustrate concepts and communicate ideas
21C.O.PK-2.3.LS.5 Student uses clearly defined teacher directions and interpersonal skills to
move others toward the goal.
5. A Analyze Learners General Characteristics: Second Grade, Classroom: 20 students, 9 boys, 11
girls: 90% White, 10% African American.
Specific Entry Competencies: One student has ADHD.
Learning Style: Students know of clouds, but have no prior knowledge.
S State Objectives Students will learn about what a cloud is with 95% accuracy by watching a
YouTube video and listen to Cloudy With A Chance of Meatballs be read.
S Select Methods, Media, and Materials Available Materials: Books for students to read, group interaction with students
and teacher.
Modify Existing Materials: Watch YouTube video on clouds.
Design New Materials: Group discussion
U Utilize Media and Materials Preview Materials: Make sure YouTube site works and play video. Read book
prior to reading to students.
Prepare Materials and Environment: Have YouTube video ready to watch on
SmartBoard.
Prepare the learner: Start with reading the book Cloudy With A Chance of
Meatballs and then ask students questions about what clouds are.
Provide the learning experience: Once students have brainstormed what they
believe clouds are, students will watch a YouTube video about what clouds are.
Students will then discuss with teacher about what clouds really are.
6. R Require Learner Participation In-Class and Follow-Up Activities So Learners Can Process the
Information: In-class activities to process the information would be the
YouTube video. The follow-up activity will be the group discussion on what
clouds are.
E Evaluate and Revise Before, During, and After Instruction: Before instruction, students will know
about clouds but no prior knowledge. During instruction, students will begin to
know what a cloud is. After instruction, students will demonstrate their
knowledge through discussion.
Assess Learner, Media, and Methods: I will assess the learner through group
discussion.
8. A Analyze Learners General Characteristics: Second Grade, Classroom: 20 students, 9 boys, 11
girls: 90% White, 10% African American.
Specific Entry Competencies: One student has ADHD.
Learning Style: Students know of clouds, but have no prior knowledge.
S State Objectives Students will demonstrate their knowledge of the types of clouds through singing
a song about clouds with 95% accuracy.
S Select Methods, Media, and Materials Available Materials: SmartBoard, computer, group interaction, paper, crayons,
colored pencils, and markers.
Modify Existing Materials: Sing about clouds.
Design New Materials: Create a song about clouds.
U Utilize Media and Materials Preview Materials: Make sure Smartboard is on and working. Read through
The Cloud Song.
Prepare Materials and Environment: Have all materials out and readily
available for students to create their own cloud song.
Prepare the learner: To start lesson, we will go over what we did the previous
day. We will then start talking about the three types of clouds we will be
studying.
Provide the learning experience: As a class we will talk about cirrus, alto, and
stratus clouds. We will discuss and write on the SmartBoard about each cloud
and give descriptions of each. I will show students various pictures of each cloud
for reference. Once students have completed this, we will sing The Cloud Song.
After this, students will then create their own cloud song using the knowledge
they obtained in the lesson. Students will go over their songs in class.
9. R Require Learner Participation In-Class and Follow-Up Activities So Learners Can Process the
Information: In-class activities that process the information is when students
are learning on the SmartBoard about the three different clouds. Follow-up
activity would be the songs that the students come up with.
E Evaluate and Revise Before, During, and After Instruction: Before instruction, students will know
what clouds are, but not know the types of clouds. During instruction, students
will learn about the three types of clouds: cirrus, alto, and stratus clouds. After
instruction, students will demonstrate their knowledge by writing their own song
about the three clouds.
Assess Learner, Media, and Methods: Students knowledge will be assessed
through the song they create.
11. A Analyze Learners General Characteristics: Second Grade, Classroom: 20 students, 9 boys, 11
girls: 90% White, 10% African American.
Specific Entry Competencies: One student has ADHD.
Learning Style: Students know of clouds, but have no prior knowledge.
S State Objectives Students will demonstrate their knowledge on determining the weather based on
clouds with 95% accuracy through group discussions.
S Select Methods, Media, and Materials Available Materials: Internet, computer, group interaction.
Modify Existing Materials: Using Facebook.
Design New Materials: Make a web diagram on the SmartBoard.
U Utilize Media and Materials Preview Materials: Check The Weather Channel Facebook account for
appropriate pictures. Have materials ready to use on the SmartBoard.
Prepare Materials and Environment: Have The Weather Channel pulled up on
the SmartBoard. Create the skeleton of the web diagram.
Prepare the learner: Start by discussing what we have learned previously about
clouds. Ask students if they can determine the weather just by looking at clouds.
Give examples and have students brainstorm ideas.
Provide the learning experience: After the group discussion, we will go to The
Weather Channel Facebook account and browse through the many cloud pictures
on this site. When we get to certain clouds, I will ask students if they can tell me
what type of weather they may expect when they see these clouds. If we are
looking at a cirrus cloud, I would let them know that you would most likely see
these on a pleasant day. If they are seen in the summer mornings, then expect a
rain shower in the afternoon. If we are looking at alto clouds, I will tell them that
a storm may be approaching later on. If there are stratus clouds, then most likely
a storm is already there or will be there very soon. Once we have went over
multiple pictures and placed examples with each, we will then start on a web
diagram for each cloud on the SmartBoard. Each cloud will have branches of the
type of weather, what they look like. When you would see them, etc.
12. R Require Learner Participation In-Class and Follow-Up Activities So Learners Can Process the
Information: In-class activities to process the information is by exploring all of
the various pictures of clouds and discussing each of them. The follow-up
activity is using the web diagram on the SmartBoard for each cloud.
E Evaluate and Revise Before, During, and After Instruction: Before instruction, students will know
about clouds, and may even know a little about how they determine weather.
During instruction, students will grasp the concept of how they can determine
the weather accurately by looking at clouds. After instruction, students can
apply the knowledge they have learned.
Assess Learner, Media, and Methods: Students will be assessed by using the
discussion while looking at clouds, and class participation with the web diagram.
14. A Analyze Learners General Characteristics: Second Grade, Classroom: 20 students, 9 boys, 11
girls: 90% White, 10% African American.
Specific Entry Competencies: One student has ADHD.
Learning Style: Students know of clouds, but have no prior knowledge.
S State Objectives Students will demonstrate their knowledge of cloud location with 95% accuracy
by creating a poster of clouds.
S Select Methods, Media, and Materials Available Materials: Construction paper, markers, crayons, glue, cotton balls,
group participation with other students and teacher.
Modify Existing Materials: Relate altitude with our heights.
Design New Materials: Construct a picture of the different clouds.
U Utilize Media and Materials Preview Materials: Make sure activity will be suitable for students.
Prepare Materials and Environment: Have each station for the cloud picture
activity ready and accessible for all students.
Prepare the learner: Start by discussing altitude. Relate altitude to an object in
relation to the Earth. The closer an object is to Earth; the lower it is in relation to
altitude. Show examples using objects and the ground.
Provide the learning experience: After I have given the example of altitude, we
will then compare our heights to altitude. The taller someone is, the higher up
they are in relation to altitude, and the shorter the person, the lower they are in
relation to altitude. After we have done this short activity, students will go back
to their seats where they will begin to work on a picture showing the different
clouds in their altitudes.
15. R Require Learner Participation In-Class and Follow-Up Activities So Learners Can Process the
Information: In-class activity that will help student’s process information will
be going the group height activity. The follow-up activity will be constructing
their picture of clouds based on the location they are in the sky.
E Evaluate and Revise Before, During, and After Instruction: Before instruction, students will know
about clouds: how they are made, how to determine the weather based on
clouds, and know about the three main clouds, cirrus, alto, and stratus. During
instruction, students will learn the location of clouds in the sky; low, middle, and
high clouds. After instruction, students will demonstrate their knowledge by
constructing a picture of cloud locations in the sky.
Assess Learner, Media, and Methods: To assess students knowledge, I will
use the picture that they construct on cloud location and group participation in
our height activity.
17. A Analyze Learners General Characteristics: Second Grade, Classroom: 20 students, 9 boys, 11
girls: 90% White, 10% African American.
Specific Entry Competencies: One student has ADHD.
Learning Style: Students know of clouds, but have no prior knowledge.
S State Objectives Students will demonstrate their knowledge of identifying clouds with 95%
accuracy by doing cloud observation and discussion.
S Select Methods, Media, and Materials Available Materials: Pictures of clouds, construction paper, popsicle sticks,
glue, outdoors, group participation with students and teacher.
Modify Existing Materials: Exploring clouds outdoors.
Design New Materials: Create cloud observation identifiers.
U Utilize Media and Materials Preview Materials: Make sure weather is appropriate to do observations.
Prepare Materials and Environment: Have pictures of clouds out and ready
for students to use. Have glue, popsicle sticks, and construction paper out for
students to use. Make sure that the weather is pleasant to go cloud exploring.
Prepare the learner: Discuss everything that they have learned about clouds.
Provide the learning experience: After group discussion, students will get to
create their own cloud observation identifier. They will cut out an open rectangle
and glue to a popsicle stick. They will then choose various cloud pictures and
glue to their construction paper. After everyone has completed their identifier,
we will go outside and start observing all the clouds. After about 10-15 minutes,
we will come back inside and discuss what we clouds were visible.
18. R Require Learner Participation In-Class and Follow-Up Activities So Learners Can Process the
Information: In-class activity to process information is group discussion on
everything we have learned about clouds the past four days. Follow-up activity
is going outside to observe the clouds and having a group discussion about what
clouds were visible.
E Evaluate and Revise Before, During, and After Instruction: Before instruction, students will know
what clouds are, the types that we have been studying, the location of each
cloud, and how to determine the weather. During instruction, students will have
hands on experience on looking at clouds outside. After instruction, students
will be able to have a better understanding of the types of clouds in the sky.
Assess Learner, Media, and Methods: To assess the learner. I will use the
participation in the cloud observation and discussion to assess the students
knowledge on clouds.