4 results
Physical science resources for Google Apps and for GATE
Force and Motion STEM project Egg Drop Challenge Engineering Design Process
Looking for a fun way for students to use their knowledge of force, Newton's laws, and practice their engineering skills? This egg drop STEM engineering design process challenge will get your students designing, testing, investigating, thinking like a disciplinarian, and acting as engineers as they improve their egg structures to mimic the Mars rover landing. ✎Print and digital versions This engineering design STEM project includes:✅ Teacher guide for doing the activity✅ Student handouts for t
Subjects:
Grades:
6th - 8th
Science Menu Choice Boards and Menus for Enrichment and Early Finishers - Easel
Looking for engaging science choice boards? These no-prep and differentiated science tic-tac-toe menu boards include activities that are perfect for early finishers, gifted students, and enrichment. Choice board menus are great for reviewing and extending what you've taught in class, making this bundle an excellent resource during the back to school season or at the end of the school year.Everything you need is included! Your students will love completing the meaningful activities in these scien
Subjects:
Grades:
3rd - 5th
NGSS:
5-PS1-3
, 4-LS1-1
, 5-ESS1-2
, 5-ESS1-1
, 3-LS4-1
...
Force and Motion Simulation Activity Questions
We love Phet simulations in our classroom! These questions allow students to experiment with the force and motion Phet simulation while also experiencing it in a way that makes sense to elementary students. These step by step directions and questions were designed for gifted 5th graders based on the Ohio state standard 5.PS.1. Answers are included on the same document for your reference, so be sure to delete before assigning to students!
Subjects:
Grades:
5th - 7th
Types:
Position Time Lesson
This Google Slide presentation includes Pear Deck slides. Provided are four examples of different position time graphs with detailed explanations of how the PT graph relates to the velocity and acceleration of the object being represented. We relate PT graphs to the Rate of Change (the derivative) of the line. Rate of change is explained as slope and is touched on again, briefly, in these slides.I found that this method of teaching Position Time graphs was the most effective method with my Fresh
Subjects:
Grades:
9th - 12th
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