Percent Increase and Decrease Quiz

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DNA and RNA Presentation - Steps of Protein Synthesis Lesson - Sub plans Slides

Created by

DNA and RNA - Amino Acids to Proteins - Boom Cards Synthesis Lesson - Audio Our boom cards activity is for differentiated and self-paced learning about DNA and RNA. Protein Synthesis is simplified with step-by-step visuals paired with teacher-led audio. This genetics lesson introduces the roles of DNA (chromosomes) , mRNA, ribosomes, and tRNA. Perfect for middle to high school students. What you get!23 Slides Boom Cards Lesson with Audio 21 Questions Easel Digital Assessment ( Quiz / Review Ass

8th - 11th

Biology, General Science, Science

NGSS

HS-LS3-1

Explore Patterns & Shapes in Nature | Engaging Activities Inspired by Biomimicry

Created by

Asa Jomard - Think Dive

Patterns and Shapes in Nature STEAM Activities for Grades 1-3 Looking for a 1st-3rd-grade science resource that helps students discover mathematical patterns in nature? This comprehensive STEAM unit is perfect for making learning engaging and stress-free! Need an exciting way to teach biomimicry, symmetry, and pattern recognition? Watch your students light up as they explore sunflower spirals, zebra stripes, and butterfly wings through 25 hands-on activities that seamlessly blend science obse

1st - 3rd

Biology, General Science, Other (Arts)

NGSS

K-2-ETS1-2

, 1-LS1-1

, K-2-ETS1-1

Also included in: Engaging STEAM Activities Bundle | Explore Nature Focus on Patterns and Colors

STEM Project: Motion & Energy | Rollercoaster Design Challenge PBL | MS NGSS

Created by

Inspiring STEM Supplies

Explore motion, energy, roller coasters, potential energy, and kinetic energy with this STEM project for Grades 6–9. This design challenge investigates how energy is transferred and transformed in motion and how roller coasters use physics principles through a hands-on, NGSS-aligned PBL activity.Students will design and test roller coaster models, analyze how height and speed affect energy, interpret formulas such as Speed = Distance ÷ Time and p = m × v, and use test data to understand how ener

6th - 9th

General Science, Physical Science, Physics

CCSS, NGSS

RST.6-8.1

, RST.6-8.2

, RST.6-8.3

Also included in: Forces & Motion STEM Projects | Newton’s Laws, Forces, & Energy Systems | BUNDLE