Chemistry 501 - Nuclear Chemistry (5 of 7) [Science]
Science, Chemistry: (Part 5 of 7) In this class, students will gain a basic understanding of the role the Nucleus plays in the atom. They will also explore how nuclear power plants work and what happened in the 3 largest nuclear disasters.
What's included
7 pre-recorded lessons
5 weeks
of teacher support1 year access
to the contentHomework
1 hour per week. Practice problems will be provided at the end of each lesson and to apply and practice what the student learned from the material presented that week.Class Experience
US Grade 6 - 12
What did the Uranium say to the Plutonium? "You're the bomb!" This class will teach you all about nuclear chemistry. Unlike regular chemistry where electrons are the focus, this course focuses on the cores of the atom or its nucleus. We will look at why the nucleus is so important to our larger world. From basic nuclear decay to full nuclear power plants, the students will learn to appreciate all that atoms can do. Students will have the opportunity to practice what they learn each week. Week 1: Atoms, Elements and the Periodic Table -> Video Lecture: Review of Atoms and the Periodic Table -> Fill in the blank note sheets for each video -> Practice problems Week 2: Isotopes and half-lives, the beginning of nuclear decay -> Video Lecture: Isotopes and Half-lives -> Fill in the blank note sheets for each video -> Practice problems Week 3: Nuclear decay reactions: alpha, beta and gamma decay, fission, and fusion -> Video Lecture: Nuclear Decay reactions -> Fill in the blank note sheets for each video -> Practice problems Week 4: Nuclear power plants: ins and outs -> Video Lecture: How Nuclear Power Works -> Fill in the blank note sheets for each video -> Practice problems Week 5: Nuclear Power Disasters: Three-mile Island, Chernobyl, and Fukushima -> Video Lecture: Discussion of the 3 Worst Nuclear Disasters -> Fill in the blank note sheets for each video -> Practice problems This is a flexible schedule course, meaning that there are no live meetings. Each week, new videos, notes pages, and practice problems will be posted to the classroom. The student should 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 each week as the material builds upon itself weekly. 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.
Learning Goals
Students will learn about nuclear reactions, to include fission and fusion. They will take a basic understanding of atoms and develop their knowledge to how nuclear power plants work.
Syllabus
7 Lessons
over 5 WeeksLesson 1:
Welcome
Welcome
Lesson 2:
Review of Atoms, Elements & Periodic Table
Review key concepts related to atoms, the elements, and the periodic table of elements
Lesson 3:
Isotopes & Half-lives
Learn about isotopes, half-lives, and the begging of nuclear decay
Lesson 4:
Nuclear Decay Reactions
Learn about alpha, decay, beta decay, gamma decay, fission, and fusion
Other Details
Supply List
Notes pages will be provided for the student to fill out during the lesson.
External Resources
Learners will not need to use any apps or websites beyond the standard Outschool tools.
Teacher expertise and credentials
3 Degrees
Doctoral Degree in Engineering (General) from North Carolina State University
Master's Degree in Chemical Engineering from Massachusetts Institute of Technology
Bachelor's Degree in Chemistry from United States Military Academy
I have a PhD in Nuclear Engineering. I have also taught about the nuclear fuel cycle to homeschool high school children, so I know how to present the material in a fun, interesting way to students that have no prior background about nuclear reactors.
Reviews
Self-Paced Course
$17
weekly or $85 for all content7 pre-recorded lessons
5 weeks of teacher support
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1 year of access to the content
Completed by 101 learners
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Ages: 11-18