Percent Increase and Decrease Quiz
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5:26
Particles, Phase Changes, and Kinetic/Thermal Energy (Downloadable)
Includes Full Lecture Doodle Video PresentationAI voice lesson Doodle lectures increase student attention. Relying on note-taking strategies makes the lessons more interactive. This is meant as either a fast-paced introduction or a fast-paced review of mid-level energy concepts. If the videos can be downloaded on the student's laptop notes can be taken from the lessons (but make sure the student can pause, play, and restart on a device). The lecture lessons model Outline notes but can easily tra
6th - 9th
General Science, Physical Science, Science
NGSS
MS-PS3-4
, MS-PS3-5
, MS-PS3-1
Measurement | Scientific Notation | Metric Conversions
This lesson discusses the basics of measurement, scientific notation, and metric units. We learn how to convert between scientific notation and standard notation. Additionally, using a mnemonic device, we learn how to easily convert between the metric prefixes. What's included:1 google slide presentationGuided Notes1 Worksheet (with key)1 QuizLinks to helpful videos
7th - 10th
Physical Science
Also included in: Physical Science - Unit 1 - Introduction to Science
Physics Practice | Thermodynamics | Heat Temperature Energy | Worksheet and Key
Two sided worksheet covering heat, temperature and energy. Covers kinetic molecular theory and differentiates these three similar concepts for students. Students will use the kinetic molecular theory equation and thermal conductivity equation. Handwritten PDF answer key included. Designed for the AP* Physics 2 curriculum. *AP is a registered trademark of College Board. This product is not endorsed or sponsored by college board. This lecture is also a part of my AP Physics 2 curriculum: Unit 9
9th - 12th, Higher Education
Physical Science, Physics, Science
Solar System Walkabout (Solar System Size and Scale Activity)
One of my favorite activities when teaching astronomy is the “Solar System Walkabout”. In this activity we first compare the sun to a bowling ball and then go through each of the planets and show its size at this scale. Once sizes are established, we then try to recreate the correct distance between planets. The students soon realize that the classroom is way too small for us to accomplish our goals so we take it out outside and do a little fieldtrip or “walkabout” to capture the real scale of t
Not Specific
Astronomy, Earth Sciences, Physical Science
Crash Course Chemistry Video Guides (ALL Episodes)
Crash Course and is the brain-child of vlogbrothers Hank and John Green. It is a YouTube channel that addresses a wide variety of topics. While John covers the historical and literature side, brother Hank covers the science side. Each “Crash Course” video is 10-15 minutes long and quick a succinct recap of concepts you would cover in one of your classes. Each video is very well done and tries to meet students at their level. This bundle collects the questions that go along with Hank’s Chemi
10th - 12th
Chemistry, Physical Science
Nuclear Chemistry Unit Google Slide Notes/Presentation
This download contains everything you need to teach Nuclear Chemistry for the NYS Regents Chemistry course. Images, detailed notes, diagrams, and numerous downloaded videos are all at your fingertips! Topics include: - Stability & Radiation - Natural Transmutation - Artificial Transmutation - Nuclear Fission and Fusion - Half Life Calculations and Formulas - Pros and Cons of Nuclear Energy There are also over 20 videos that are embedded into the notes that will help expand the material that y
9th - 12th, Higher Education
Chemistry, Physical Science
5th Grade NGSS - Matter's Tiny Particles - Full Unit with Videos
Engaging, hands-on science unit that includes :Phenomena Introduction VideoFull lesson plan with facilitation instructionsHands-on Tasks with Recording SheetsVocabulary Cards for Word WallSense-Making VideoClaim-Evidence-Reasoning AssessmentAligned to the following standards: 5-PS1-1 - Develop a model to describe that matter is made of particles too small to be seen. [Clarification Statement: Examples of evidence supporting a model could include adding air to expand a basketball, compressing air
5th
Physical Science, Science
NGSS
5-PS1-1
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