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Preview of Draw Routes Activity | Map Skills for 3 grade

Draw Routes Activity | Map Skills for 3 grade

Help young learners practice map skills, directions, and spatial thinking with this fun “Draw Routes” activity! Students will draw multiple routes from a starting point (blue arrow) to different destinations, reinforcing their understanding of paths, colors, and basic navigation concepts. What’s Included: Color-coded destinations: school, book shop, sports center, hospital, and post office Clear instructions for drawing two routes to each location Engaging, kid-friendly layout suitable for 3 s
Preview of 4TH Grade Science: NGSS 4-PS3-1 Speed and Energy for Google and Print

4TH Grade Science: NGSS 4-PS3-1 Speed and Energy for Google and Print

Created by
Rushnok Science
This Science Interactive Journal is written to align with NGSS 4-PS3-1 and to lead a student through a 5E Lesson Plan. The journal includes two close readings with questions: one on What is Energy and the other is on Potential and Kinetic Energy. Students explore Speed and Energy with two Science Labs. Students will analyze charts and create their own chart. Vocabulary is included and the Evaluation includes a Rubric. Included is this product is: 1. A 26-page Student Science Journal that is
Preview of SCIENTIFIC NOTATION MADE EASY!

SCIENTIFIC NOTATION MADE EASY!

Created by
Rushnok Science
This package on scientific notation includes a set of student notes suitable for inclusion in an interactive notebook or binder. You can use this package to either introduce scientific notation for the first time, or as a review of scientific notation if needed. The handout shows how to convert standard notation numbers to scientific notation and how to go from scientific notation back to standard notation. Several practice problems on scientific notation are provided which also include conv
Preview of Newton's law project

Newton's law project

Bring physics to life with this engaging, hands-on project designed for middle and high school students! In this exciting exploration of Newton's laws of motion, students select one law and design a working model that demonstrates it in action. Rather than simply memorizing concepts, students actively apply their understanding to build, test, and refine a physical representation that proves the law they choose. This comprehensive resource guides students step by step through the entire process —
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