This document provides an overview of an e-learning physics course on the topic of force that includes 6 lessons. The course will be delivered synchronously and asynchronously using notes, presentations, videos, discussions and activities. Students will learn about the definition of force, different types of forces, friction, and how to calculate force. They will conduct experiments, discuss concepts, and be assessed through quizzes, problem-solving, and evaluations of their work. The goal is for students to understand the basic concepts of force and how to effectively participate in an online course.
This document provides information about a group project on Abraham Lincoln that students will complete. Students will be split into groups and assigned a time period of Lincoln's life to research. They will use approved websites to fill out a worksheet and create a PowerPoint presentation. Following group presentations, there will be a quiz. The project aims to develop 21st century skills and teach students about appropriate internet use and creating presentations.
This document provides instructions for a group project on Abraham Lincoln. Students will be split into groups and assigned a time period of Lincoln's life to research. Each group will use approved websites to gather information and fill out a worksheet. Groups will then present their findings in a 5 minute PowerPoint presentation. Following the presentations, there will be a quiz over Lincoln's life. The document outlines the project steps and provides evaluation criteria for assessing students' work.
This document summarizes a webquest activity for students to research Abraham Lincoln in groups. Students will be assigned a time period of Lincoln's life and complete worksheets and a presentation. They will use approved websites for research and develop skills like critical thinking, teamwork, and compromise. The teacher will assess students on content knowledge, computer use, delegation of work, organization, and writing. The goal is for students to learn about Lincoln and develop 21st century skills through group research and presentations.
1) The document discusses tools for visualizing and sharing learning designs, including CompendiumLD and Cloudworks.
2) It describes how these tools can be used to scaffold the design process, promote sharing of designs, and capture pedagogical representations.
3) Barriers to sharing designs are noted, including the complexity of representing pedagogy and the level of support and time required.
This document outlines a year-long blended learning project for 9th grade students that combines face-to-face and online learning. It describes the core elements of blended learning used, including learning teams, independent work, and digital tools. Sample learning activities are provided that have students creating movies, journals, and digital pieces exploring cultural differences. The document advocates for a student-driven learning network that utilizes social networking and digital tools to amplify youth voices and place learners at the center of knowledge creation. It concludes by providing a framework for developing flexible online units of work.
This document outlines a 4-day training program to teach undergraduate students basic video field production skills. The training will teach students how to set up equipment like tripods and cameras, compose shots, use proper lighting and audio techniques, and critique videos. Assessment includes pre/post surveys, peer reviews of video projects, and evaluating if students can independently film a video using the skills taught. Instructional methods include demonstrations, hands-on practice, and online discussion forums. The goal is for students to successfully film a 5-minute video at the end of the training.
This document outlines a 2-week unit plan where students will research electromagnetic topics in groups, create online presentations and test questions, and act as resources for their classmates. The goals are for students to take ownership of content, learn online media skills, and test each other's understanding through peer-teaching. Students will research topics, write test questions, create Prezi presentations, and study each other's work before a unit test. The teacher will provide guidance, resources, and monitor student progress throughout the project.
This multi-day lesson plan introduces students to severe weather, focusing on tornados. Day 1 introduces severe weather types and hazards through videos, websites, and assignments. Day 2 focuses specifically on tornados, their characteristics and forming process. Students work in groups to design a tornado safety plan. Both lessons assess learning through quizzes and observation of students completing technology-based activities exploring severe weather topics. The lessons aim to prepare students for later lessons on severe weather problems and solutions.
This document is a course proposal form for an "E-Chalk for Elementary Teachers" course. The course will be taught by JoAnn Piscatelli and Jennie Roos over 5 sessions of Thursday. It will teach PreK-8 teachers how to create and customize e-chalk class pages, including adding profiles, assignments, announcements, images, links, and surveys. Participants will create their own e-chalk page to present in the final session.
The document provides instructions for students to observe a classroom lesson, research online resources that could support teaching that topic, evaluate 5 relevant websites and interactive programs, and reflect on how technology could enhance their teaching skills and the lesson they observed. Students are asked to fill out templates to document the class observation, electronic resources found, and their reflections on using technology in education.
This document provides an overview of flipped classrooms, including definitions, benefits, teacher responsibilities, lesson planning steps, and examples of in-class activities. A flipped classroom model moves lectures outside of class, typically in the form of videos for students to watch at home. This frees up class time for active learning activities like discussions and projects. The teacher is responsible for ensuring students understand the material before class and monitoring participation during interactive activities. Effective lesson planning involves determining learning objectives and sorting content into material for home versus in-class work. Sample in-class activities described are discussions, applications, problem-solving, and using student responses to tailor instruction. Tips for implementing flipped teaching and addressing potential obstacles are also outlined.
This document provides a multi-day lesson plan for teaching students about severe weather. Day 1 introduces different types of severe weather through videos and websites. Day 2 focuses specifically on tornadoes, their formation, and safety tips. Day 3 teaches students how to read weather maps by identifying symbols and terms. Day 4 examines the societal impacts of severe weather like tornadoes through videos and discussions of emotional and economic damage. The plan provides learning objectives, instructional methods, technology integration, and assessments for each lesson.
Developing a Learning Assessment - Mike McGinnisMichael McGinnis
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This paper outlines a rubric to evaluate students' ability to use Google Communities in a math class. The rubric assesses whether students can navigate to class materials like the calendar, worksheets in Google Drive, and make posts on Communities. The teacher will post questions and grade students based on their ability to find the correct information and make appropriate responses. The paper also discusses the importance of teaching students technology skills needed for assessments rather than assuming they already have them.
Virtual Learning Environment - Out in Spacesueaustin
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This VLE assist students in learning about Web 2, blogs, wikis, Elluminate and podcasts. It provides links to clips and video capture demonstrations. It is based on the topic Space and is suitable for a Year 5/6 class.
This document outlines a lesson plan for a college-level communication theories class that utilizes a webquest and PowerPoint presentations. Students will be divided into groups, with each group assigned a different communication theory to research and present. They will use provided online resources to complete a PowerPoint summarizing the key aspects of their assigned theory. Each group will then present their PowerPoint to the class. The lesson is designed to actively engage students in constructing their own understanding of communication theories through collaborative research and presentation of content.
1. The lesson plan is for a Grade 12 Empowerment Technologies class taught by Mr. George Lumayag on February 13, 2022.
2. The objectives are for students to identify nuances of online platforms and sites, contribute a reflection paper on ICT's nature and impact, and recite a reflection.
3. Topics covered include current ICT technologies and online systems/platforms. Students will browse websites and define terms, and reflect on ICT's nature and their lives.
The document outlines a hybrid learning model for a unit where students will create a multimedia presentation. It describes several phases of the learning process. In the first phase, students analyze exemplar presentations using success criteria to understand expectations. They then evaluate different technology tools and choose ones to use. Later, students complete tasks to practice with their chosen tools and receive coaching before designing their presentations. Peer feedback is provided using the success criteria when presentations are shared.
This document provides an outline for a 6-day technology integration unit plan where middle school students will create mini gardening tutorials using the Educreations interactive whiteboard application. Students will research gardening topics, take photos, write scripts, and develop storyboards before recording their tutorials. They will then share their finished tutorials online and develop quiz questions covering all topics. The unit goals are for students to demonstrate mastery of their gardening topics as well as iPad and Educreations skills.
This document provides examples of how teachers can incorporate student mobile devices into lessons to meet curriculum standards in various subjects. It offers scenarios for using devices to collaboratively summarize texts, research and illustrate food chains, explain algebraic concepts through pictures and equations, and more. The examples are meant to spark ideas for lesson redesign that engages students and promotes deep learning through mobile technologies. Teachers are encouraged to join a task force to further explore bringing student-owned devices into the classroom.
This document outlines a performance based project on creating a training video using the gradual release of responsibility model, including teacher modeling, guided instruction, collaborative learning, and independent practice with the goal of creating an effective storyboard for training others on the use of a Panasonic DVX-100 camera.
This document provides guidance for designing learning activities at the evaluating and creating cognitive levels using backward design. It discusses selecting instructional strategies that have students utilize constructed knowledge to evaluate or create new things. Various digital tools are presented for guided learning activities, including blogging, simulations, programming, remixing digital media, and publishing. Assignments are outlined where students will discuss learning targets, review storytelling tools, and complete online discussions and posts. Scaffolding techniques are also addressed to help students develop independent thinking.
Social Networking and Screencasts: A Powerful CombinationSusan Currie Sivek
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This document discusses how social networking sites and screencasts can be combined to engage students in online learning. It provides examples of how the presenter used the social networking site Ning and the screencasting tool Jing to enhance an introductory media writing course. Students responded positively to discussing course content and reviewing screencasts on Ning, and appreciated the flexibility of accessing materials online. While there are challenges to using these technologies, their combination can promote student interaction, engagement, individual pacing, and flexible instruction.
This document outlines an educational lesson plan for teaching elementary school students (grades 3-4) about adjectives. The lesson uses a blended learning approach incorporating online and digital media. Students will first watch a short video defining adjectives, then practice identifying adjectives in sentences through interactive exercises on a PowerPoint. For assessment, students will play an online game to test their understanding of adjectives. The 10-minute lesson is designed to be completed individually by students and then discussed with the teacher.
This document outlines an 8-step project-based learning activity for a high school physics class involving the design, testing, and analysis of catapults. Students are split into groups to design and build catapults, record video of them in action, annotate the video to explain physics concepts, critique each other's work, and compete to see which design works best. The goal is for students to gain experience with collaboration, scientific problem-solving, and demonstrating their understanding of physics principles through teaching their peers.
This instructional unit uses technology to teach high school students about area over the course of a week. On day 1, students are introduced to area formulas through a powerpoint and video. Day 2 has students completing an online webquest to practice applying the formulas. For days 3-5, students work in pairs on another webquest where they design floor plans for a house, calculating the area of each room and perimeter. The goals are for students to understand area concepts and applications in real life while learning to use technology.
This document outlines a 2-week unit plan where students will research electromagnetic topics in groups, create online presentations and test questions, and act as resources for their classmates. The goals are for students to take ownership of content, learn online media skills, and test each other's understanding through peer-teaching. Students will research topics, write test questions, create Prezi presentations, and study each other's work before a unit test. The teacher will provide guidance, resources, and monitor student progress throughout the project.
This multi-day lesson plan introduces students to severe weather, focusing on tornados. Day 1 introduces severe weather types and hazards through videos, websites, and assignments. Day 2 focuses specifically on tornados, their characteristics and forming process. Students work in groups to design a tornado safety plan. Both lessons assess learning through quizzes and observation of students completing technology-based activities exploring severe weather topics. The lessons aim to prepare students for later lessons on severe weather problems and solutions.
This document is a course proposal form for an "E-Chalk for Elementary Teachers" course. The course will be taught by JoAnn Piscatelli and Jennie Roos over 5 sessions of Thursday. It will teach PreK-8 teachers how to create and customize e-chalk class pages, including adding profiles, assignments, announcements, images, links, and surveys. Participants will create their own e-chalk page to present in the final session.
The document provides instructions for students to observe a classroom lesson, research online resources that could support teaching that topic, evaluate 5 relevant websites and interactive programs, and reflect on how technology could enhance their teaching skills and the lesson they observed. Students are asked to fill out templates to document the class observation, electronic resources found, and their reflections on using technology in education.
This document provides an overview of flipped classrooms, including definitions, benefits, teacher responsibilities, lesson planning steps, and examples of in-class activities. A flipped classroom model moves lectures outside of class, typically in the form of videos for students to watch at home. This frees up class time for active learning activities like discussions and projects. The teacher is responsible for ensuring students understand the material before class and monitoring participation during interactive activities. Effective lesson planning involves determining learning objectives and sorting content into material for home versus in-class work. Sample in-class activities described are discussions, applications, problem-solving, and using student responses to tailor instruction. Tips for implementing flipped teaching and addressing potential obstacles are also outlined.
This document provides a multi-day lesson plan for teaching students about severe weather. Day 1 introduces different types of severe weather through videos and websites. Day 2 focuses specifically on tornadoes, their formation, and safety tips. Day 3 teaches students how to read weather maps by identifying symbols and terms. Day 4 examines the societal impacts of severe weather like tornadoes through videos and discussions of emotional and economic damage. The plan provides learning objectives, instructional methods, technology integration, and assessments for each lesson.
Developing a Learning Assessment - Mike McGinnisMichael McGinnis
Ìý
This paper outlines a rubric to evaluate students' ability to use Google Communities in a math class. The rubric assesses whether students can navigate to class materials like the calendar, worksheets in Google Drive, and make posts on Communities. The teacher will post questions and grade students based on their ability to find the correct information and make appropriate responses. The paper also discusses the importance of teaching students technology skills needed for assessments rather than assuming they already have them.
Virtual Learning Environment - Out in Spacesueaustin
Ìý
This VLE assist students in learning about Web 2, blogs, wikis, Elluminate and podcasts. It provides links to clips and video capture demonstrations. It is based on the topic Space and is suitable for a Year 5/6 class.
This document outlines a lesson plan for a college-level communication theories class that utilizes a webquest and PowerPoint presentations. Students will be divided into groups, with each group assigned a different communication theory to research and present. They will use provided online resources to complete a PowerPoint summarizing the key aspects of their assigned theory. Each group will then present their PowerPoint to the class. The lesson is designed to actively engage students in constructing their own understanding of communication theories through collaborative research and presentation of content.
1. The lesson plan is for a Grade 12 Empowerment Technologies class taught by Mr. George Lumayag on February 13, 2022.
2. The objectives are for students to identify nuances of online platforms and sites, contribute a reflection paper on ICT's nature and impact, and recite a reflection.
3. Topics covered include current ICT technologies and online systems/platforms. Students will browse websites and define terms, and reflect on ICT's nature and their lives.
The document outlines a hybrid learning model for a unit where students will create a multimedia presentation. It describes several phases of the learning process. In the first phase, students analyze exemplar presentations using success criteria to understand expectations. They then evaluate different technology tools and choose ones to use. Later, students complete tasks to practice with their chosen tools and receive coaching before designing their presentations. Peer feedback is provided using the success criteria when presentations are shared.
This document provides an outline for a 6-day technology integration unit plan where middle school students will create mini gardening tutorials using the Educreations interactive whiteboard application. Students will research gardening topics, take photos, write scripts, and develop storyboards before recording their tutorials. They will then share their finished tutorials online and develop quiz questions covering all topics. The unit goals are for students to demonstrate mastery of their gardening topics as well as iPad and Educreations skills.
This document provides examples of how teachers can incorporate student mobile devices into lessons to meet curriculum standards in various subjects. It offers scenarios for using devices to collaboratively summarize texts, research and illustrate food chains, explain algebraic concepts through pictures and equations, and more. The examples are meant to spark ideas for lesson redesign that engages students and promotes deep learning through mobile technologies. Teachers are encouraged to join a task force to further explore bringing student-owned devices into the classroom.
This document outlines a performance based project on creating a training video using the gradual release of responsibility model, including teacher modeling, guided instruction, collaborative learning, and independent practice with the goal of creating an effective storyboard for training others on the use of a Panasonic DVX-100 camera.
This document provides guidance for designing learning activities at the evaluating and creating cognitive levels using backward design. It discusses selecting instructional strategies that have students utilize constructed knowledge to evaluate or create new things. Various digital tools are presented for guided learning activities, including blogging, simulations, programming, remixing digital media, and publishing. Assignments are outlined where students will discuss learning targets, review storytelling tools, and complete online discussions and posts. Scaffolding techniques are also addressed to help students develop independent thinking.
Social Networking and Screencasts: A Powerful CombinationSusan Currie Sivek
Ìý
This document discusses how social networking sites and screencasts can be combined to engage students in online learning. It provides examples of how the presenter used the social networking site Ning and the screencasting tool Jing to enhance an introductory media writing course. Students responded positively to discussing course content and reviewing screencasts on Ning, and appreciated the flexibility of accessing materials online. While there are challenges to using these technologies, their combination can promote student interaction, engagement, individual pacing, and flexible instruction.
This document outlines an educational lesson plan for teaching elementary school students (grades 3-4) about adjectives. The lesson uses a blended learning approach incorporating online and digital media. Students will first watch a short video defining adjectives, then practice identifying adjectives in sentences through interactive exercises on a PowerPoint. For assessment, students will play an online game to test their understanding of adjectives. The 10-minute lesson is designed to be completed individually by students and then discussed with the teacher.
This document outlines an 8-step project-based learning activity for a high school physics class involving the design, testing, and analysis of catapults. Students are split into groups to design and build catapults, record video of them in action, annotate the video to explain physics concepts, critique each other's work, and compete to see which design works best. The goal is for students to gain experience with collaboration, scientific problem-solving, and demonstrating their understanding of physics principles through teaching their peers.
This instructional unit uses technology to teach high school students about area over the course of a week. On day 1, students are introduced to area formulas through a powerpoint and video. Day 2 has students completing an online webquest to practice applying the formulas. For days 3-5, students work in pairs on another webquest where they design floor plans for a house, calculating the area of each room and perimeter. The goals are for students to understand area concepts and applications in real life while learning to use technology.
2. THE VPODDDA COURSE INSTRUCTION CYCLE
VISION PHASE
Academic Vision E-Learning Vision
The students will become familiar with the This course aims to equip the students with
concept of force and its application in daily basic knowledge and application of
life. technology as used in e learning.
PROFILE PHASE
Instructor Profile
https://docs.google.com/forms/d/1lwX_UwUtlcoDYIefKkgfUTnavD6dbtraaPQWCU3v4t
E/viewform
Students Profile
https://docs.google.com/forms/d/1nUyer_2oQpgTC0QbDEW_Ri7JmLxAVmln5xJ5dU1rl
J0/viewform
Environment Profile
Class Strength: 20
No. of Lesson: 1
No. of Activities: 2
Time: 50 minutes
Mode of Instruction: Synchronous and Asynchronous
Learning Materials: notes, powerpoint, video clip
3. OBJECTIVES PHASE
Course Content Objectives General Knowledge Objectives
After studying the chapter on force, each At the end of the course, each student should
student should be able to: be able to:
ï‚· Define force in their own words.
ï‚· Describe the effects of force. ï‚· Explain the concept of e-learning
ï‚· Derive the units of force. ï‚· Follow the given directions to access
ï‚· Apply the relation F=ma to calculate various materials on the web
simple numerical problems on force. ï‚· Improve their typing speed
ï‚· Classify the two types of force with ï‚· Upload or download documents or
examples. information from the web
ï‚· Explain friction. ï‚· Carry out proper (individual and
ï‚· Differentiate the types of frictional force. collaborative) synchronous and
asynchronous discussion
ï‚· Appreciate the use of force in the simplest
of everyday activities. ï‚· Synthesize instructor and peer comments
in online discussions and respond
appropriately
ï‚· Perform web research
ï‚· Evaluate the quality of websites through
their own understanding and use of it
ï‚· Follow the netiquettes to carry out
academic e-learning
4. DESIGN PHASE
Getting-Started Resources
Introduction to Course and Coursesite
 Students to read How-to’s about the course and coursesite developed by the instructor
ï‚· Survey form to gather information on the usability of the course site
ï‚· Evaluation form for students to assess the coursesite and course content at the end of
the course delivery
Course Syllabus
ï‚· Definition on force
ï‚· Effects of force
ï‚· Units of force
ï‚· Contact and non-contact force
ï‚· Friction as a contact force; Advantages and limitations of friction
Content Delivery Course Content Resources
No. of Total Lessons 6
Lesson Materials Notes, slide show, video clips, third-party websites, guest
speaker presentation
Course Delivery Resources Quiz, write-ups, question and answers, discussions, course
assessment form
Assessment Coursesite assessment form
Course Materials Facebook group, discussion through chats and comments, and
Google site, digital documents, e-books
Course and Course-site Assessment Resources
ï‚· Course Assessment Checklist
ï‚· Coursesite Assessment Checklist
5. DEVELOPMENT PHASE
Topic Learning Activity Assessment Date
materials Course Objectives
1 What is Notes on Students asked to The teacher will March 1
force? introduction to define force in their choose the best writing
the concept of own words and and notify it on the
force compile atleast three course site with an
Uses of force to uses of force each in attached copy of it.
push, pull, everyday life in Others will be asked to
stretch, squeeze terms of push, pull, judge and comment.
and compress stretch, squeeze and
compress.
Type the activity in
Google document
and upload it on the
course site.
2 Effects The teacher Students find the The teacher will March 7
of force will post an required information evaluate the students’
announcement and upload it on the ability to synthesize
for the students course site. the comments of
to do a web friends and if they
search to find There will be an follow the netiquettes.
information on asynchronous The teacher will
the effects of discussion choose the best
force, prepare afacilitated by a comment and post it on
powerpoint student member the course site. Others
slide show and appointed by the will be asked to further
upload on teacher about their comment on it.
slideshare.net findings on the
effects of force.
{The teacher will
notify the day and
the time.}
3 Units of Video clip on Students will watch Students will visit this March 8
force Newton’s the video clip posted web and solve the
and Second Law on the course site questions given/ I’ll
calculati F=ma and describe how develop these
on of F=ma, and will use questions in google
simple http://www.ck1 the equation to form and ask children
numeric 2.org/concept/N derive the units as to submit the answers.
al ewtons-First- well. Students are
problem and-Second- asked to write down http://www.seethesolut
s based Laws-of- their own ions.net/practice-
on the Motion/?ref=% understanding of the exams-
formula 2Fconcept%2F relation between F, topic/69/?hideanswers
of unit Units-of- m and a. They will =1
of force Force%2F upload their answer
written on a Google
document and the
teacher will provide
6. feedback.
Friction ºÝºÝߣshow on Students will read March 14
as a the concept of the slides and grab March 15
4 Contact friction an overview of the
force http://www.slid concept of friction
eshare.net/sufal
thedude/friction
-11534716
Students will view The teacher will assess
Video clip on the video and the project and grade
friction answer the questions their work.
https://www.yo posted by the
utube.com/watc teacher on the site.
h?v=0iTDu45_ Students will design
9mc a simple experiment
to demonstrate the
force of friction,
shoot a short video
on it explaining the
features, and upload
it on the coursesite. Students will solve the
Students will also problems and post their
solve the questions answers via a facebook
related to friction group.
posted by the
teacher on the site.
5 Advanta Students will gather The teacher will grade March 18
ges and as many advantages, and send it to the
disadva disadvantages of students through gmail
ntages friction in real life,
of make a report in
friction Google document,
and submit it to the
teacher by attaching
it to Gmail.
7. 6 Increasi Related The students will The teacher will March 21
ng and websites explore the related evaluate the work and
decreasi http://wiki.answ websites and some provide comments, and
ng ers.com/Q/How websites on their will visit the ‘history’
friction _do_you_increa own, and discuss and comment on their
se_friction_bet their understanding participation.
ween_two_surf in groups using a
ace Google form. They
will submit the final
http://greenans version to the
wers.com/q/115 teacher.
710/science-
technology/phy
sics/other/what-
are-ways-
reducing-and-
increasing-
DELIVERY PHASE
Lessons will be delivered as per the plan through online lessons.
ASSESSMENT PHASE
Course and course site assessment forms will be posted on the website for the learners to fill
up.