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Mastering mass-to-mass stoichiometry conversions is often the "make or break" moment in Chemistry. This immersive digital worksheet takes the stress out of stoichiometry by transporting students to the mystical realm of Aetheria, where they must use their calculation skills to process rare alchemical substances. This resource is designed to keep students engaged, prevent "easy" answers from the internet, and provide you with a grading-free experience! Why Teachers Love It:100% Cheat-Proof: Beca

This resource is an engaging, no-prep, and self-grading digital worksheet designed to help students practice mole-to-mole stoichiometry. By replacing traditional elements with exotic materials, students are forced to focus purely on the mathematical process and the logical flow of chemical conversions rather than simply looking up answers online.  Benefits for TeachersZero Prep & Easy Grading: The resource is ready to go—just post it to Google Classroom. Teachers can see at a glance who is fi

Stop the Cheating & Start the Fun! Self-Grading Dimensional Analysis – Alien EditionThis 100% self-grading Google Sheets™ activity features "Smart-Sheet" technology that assigns unique values to every student. Every student has the same types of problems, but with different numbers, meaning every student must do their own work to succeed! This activity turns Dimensional Analysis into an intergalactic mission. As "Junior Trade Specialists" for the Intergalactic Exchange Bureau, students must conv

This Google Sheets activity transforms standard density calculations into an immersive quest where students must solve 12 physics-based puzzles—calculating mass, volume, and density for ancient artifacts like Golden Idols and Crystal Keys—to unlock the city gates. The digital worksheet is designed with academic integrity in mind; it assigns specific numbers to students to minimize copying, ensuring every learner masters the formula (D=m/v) independently. To ensure a balance between digital engag

This beginning-of-year activity gives students the chance to see and handle the tools and equipment commonly used in chemistry classes, as well as learn about their uses. Working in groups, students will read a scenario about a Chemistry student conducting an experiment. They will then determine which tools or apparatus the student used at each step of the experiment. During the activity, students will complete a worksheet and create a one-page summary. The answer sheet is easy to grade.

This quiz measures students understanding of the following concepts: Determine the number of valence electron of an atom given the total number of electrons Determine the number of valence electrons using the location of the element in the periodic table.Draw the correct Lewis symbol of an atom.Describe what an atom needs to do to become stable.Determine the formula of the compound formed by the atoms creating an ionic bond.Calculate the formula mass of the ionic compound formed.This google form

This activity provides students with opportunity to practice naming binary ionic compounds and calculating formula masses. This product comes with a physical handout where students show their work and a digital version via google sheets where students can enter their answers to check their work. The cells in the digital version will turn green when the correct answer is entered and red when the answer is incorrect. This activity is good at providing students with immediate feedback while learn