包含什麼
6 預錄課程
2 週
教師的支持1 年訪問權
到內容作業
每週 1 小時. Each week a 1-2 page sheet of practice problems will be given for students to reinforce what they are learning in the class. These problems should take no longer than an hour.我們無法翻譯此文,請刷新頁面並再試一次。
課堂經歷
英語程度 - 未知
美國 7 - 10 年級
This is a condensed version of my 5-week Physics 101 course, set to run over 2 weeks with new lessons every other day. This camp is designed to provide an introduction to the basics of classical mechanics: the study of motion, and forces. Many topics will be covered over this camp that will give the student a basic understanding of the physics behind motion and forces they see in their everyday life. Students will have the opportunity to practice what they learn each week. Monday, Week 1, Lesson 1: Kinematics -> Video: Scalars vs. Vectors and Units of Measure -> Video: Kinematics: About Motion -> Fill in the blank note sheets for each video -> Practice problems: difference between scalar and vector quantities; difference between speed, velocity and acceleration; general understanding of motion Wednesday, Week 1, Lesson 2: Newton's Laws of Motion -> Video: Newton's 3 Laws of Motion -> Fill in the blank note sheets for the video -> Practice problems: Describe each of the 3 laws of motion, application of each law of motion Friday, Week 1, Lesson 3: Forces in everyday life: Gravity, Friction, & Centripetal Force -> Video: Friction -> Video: Gravity -> Video: Centripetal Force -> Fill in the blank note sheets for each video -> Practice problems: Simple problems on each of the three forces: gravity, friction, and centripetal force Monday, Week 2, Lesson 4: Simple Machines -> Video: The Simple Machines (Inclined Plane, Wedge, Screw, Lever, Pulley, and Wheel & Axel) -> Fill in the blank note sheets for the video -> Practice problems: Applications of simple machines Wednesday, Week 2, Lesson 5: Why do boats float, and planes fly? Special applications of unique forces -> Video: Why do boats float (buoyancy force) -> Video: How do planes fly (lift and drag forces) -> Fill in the blank note sheets for each video -> Practice problems: Applications of these unique forces This is a flexible schedule camp, meaning that there are no live meetings. Each class day, new videos, notes pages, and practice problems will be posted to the classroom. Students will upload their completed practice problems to the classroom (either scanned or picture taken) for feedback from the teacher. There will be a discussion thread where students can ask for help from the class and the teacher. To get the most out of this course, the teacher will provide notes pages with blanks for the students to fill in as they watch the videos. Students are expected to complete the practice problems before the next lesson as the material builds upon itself. Each lesson will feature pre-written, fill-in-the-blank notes for each video. This is to help the students learn how to take notes in a science class. I have also found over my years of teaching that if students write things down they tend to retain the material better. The teacher is always be available via message (either in the classroom discussion or private message) and will typically reply within 12 hours, but never more than 24 hours unless extenuating circumstances.
學習目標
Students will have a basic understanding of the basics of motion and forces. This will prepare them for follow on courses in the realm of physics or other sciences.
教學大綱
課程
遵循 Teacher-Created 課程6 課程
超過 2 週課 1:
Kinematics
Learn about scalars and vectors, units of measure, and motion
課 2:
Newton's Laws of Motion
Learn about Newton's 3 laws of classical motion
課 3:
Forces in Everyday Life
Learn about Friction, Gravity, and Centripetal Force
課 4:
Simple Machines
Learn about Simple Machines
其他詳情
供應清單
Notes pages for each lesson and practice problems will be provided by the teacher.
外部資源
學習者無需使用標準 Outschool 工具以外的任何應用程式或網站。
教師專業知識和證書
3 個學位
博士學位 在 工程(普通) 從 North Carolina State University
碩士 在 化學工程 從 Massachusetts Institute of Technology
學士學位 在 化學 從 United States Military Academy
I have taught chemistry and chemical engineering at the college level, and have a PhD in nuclear engineering. I have been teaching all disciplines of science to home school elementary, middle and high school students for 12 years. I know how to present science in a fun way to boost students interest in the subject.