ScienceWise

Students define the examples as either Conduction, Convection, or Radiation. As they answer questions correctly, the image will magically appear! Need a printable worksheet? Check out Printable Pixel Art: Thermal Energy Transfer

In this mind-boggling activity, students condense the history of the cosmos into one calendar year. Current day would be December 31, midnight, and students calculate the number of "days ago" each event occurred - starting with the Big Bang at January 1. This activity includes a student handout with a calendar to label, and list of events and how long ago it occurred, instructions and ratios for solving the number of days for each event, and follow-up questions for students to reflect on the ac

Pixel Art without the computers! Students complete this pixelated color-by-number as they answer the questions and color the corresponding grid to reveal the picture. An easy way to assess student understanding of Conduction, Convection, and Radiation with the bonus of students getting to color instead of type. Need a digital version? Check out Pixel Art: Thermal Energy Transfer

Help students learn important poetry features with this simple foldable. This can be inserted into an INB or used as a standalone reference sheet. The optional third page leaves room for an example poem that students can label or color-code to match the vocabulary.

Students practice adding and subtracting 2-digit numbers with this colorful review. As they answer questions and color in the squares, the Mystery Picture is revealed!

Students practice multiplication facts up to the 12 times tables. As they color in the squares based on their answer, the Mystery Picture will magically appear!

Students practice 1 and 2-digit subtraction with numbers up to 100 while creating a fun image. As they answer questions and color in the boxes, the Mystery Picture is revealed!

Students practice addition with 1 and 2-digit numbers with sums up to 100. As they answer questions correctly and color in the squares, the Mystery Picture will appear!

Review even and odd numbers up to 100 with this fun coloring activity. As students color in the squares, they will reveal the mystery picture.

Students calculate the number of elements, molecules, and atoms for given formulas. As they answer questions correctly, the image magically appears!

Students determine if each example is speed or velocity. As they answer correctly, the picture magically appears!

Students practice identifying elements, coefficients, subscripts, and atoms through sets of 5 practice problems. Then, they put it all together to complete the tables for the last 5 questions. Great for practicing counting atoms in small chunks, and it's easy to identify which specific skills are more difficult for students.

Students match the correct weather tool to its description. As they answer questions correctly, the image magically appears! **Answer key is included. Delete the answer key page before assigning to students!**

Students determine if the example relationship given is Predatory, Competitive, Symbiotic, Mutualism, Parasitism, or Commensalism. As students answer questions correctly, the image magically appears! **Answer key is on page 2. Delete this page before assigning to students!**

Bundle of Presentations suitable for 6th, 7th, and 8th grade science. Includes: AdaptationsAtoms and Atomic StructureBalanced and Unbalanced ForcesCell LabForce, Motion, & WorkInternal and External StimuliPhysical and Chemical ChangesSpace ExplorationTaxonomy & Dichotomous Keys

Students practice using the scientific method by testing one or more factors on virtual rocket launches. The instructions powerpoint also serves as a digital lab sheet, making this lab work for students in the classroom or working virtually!

Students can use this fun worksheet to review light, reflection, refraction, and tools. Printable pixel art works as a color-by-number, where the image is revealed as they color in the pixels with the correct colors.

Students will research a type of catastrophic event (hurricane, tornado, flood, etc.) and create a presentation.

This presentation walks students step-by-step through the procedures and analysis for a Cheek and Onion cell lab. Students compare plant and animal cells by observing cells from an onion as well as cells from their own cheek.

Students use snap cubes to create molecules.