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Acids & Bases: pH indicators lab
This easy to follow lab experiment is intended to complement your teaching on pH, indicators, acids and bases, Bronstead-Lowry acid base pairs as well as compiling and analyzing data to come to a quantitative conclusion. The lab handout includes a materials list and a simple and clear procedure. The lab activity uses only household chemicals and a few indicators easily sourced making it a quick, cheap and simple lab activity to setup. The detailed procedure makes it easy for students to follow.
9th - 11th
Biology, Chemistry, Environment
Percent Yield Stoichiometry lab: Alka-Seltzer and percent yield of CO2
This easy to follow lab experiment is intended to complement your teaching on Stoichiometry, Limiting Reagent, Excess Reagent, and Percent Yield as well as compiling and analyzing data to come to a quantitative conclusion. The lab handout includes a materials list and a simple and clear procedure. The lab activity uses only 1 chemicals easily sourced from any grocery and drug store store making it a quick, cheap and simple lab activity to setup. The detailed procedure makes it easy for students
9th - 11th
Chemistry, Other (Science)
NGSS
HS-PS1-5
, HS-PS1-7
Titration of vinegar and Titration curve
This easy to follow lab experiment is intended to complement your teaching on pH, indicators, acids and bases, Bronstead-Lowry acid base pairs and Titration. Students will be compiling and analyzing data to come to a quantitative conclusion. The lab handout includes a materials list and a simple and clear procedure. The lab activity uses only 2 chemicals, vineagar and a few indicators all easily sourced making it a quick, cheap and simple lab activity to setup. The detailed procedure makes it e
9th - 12th
Chemistry, Environment
NGSS
HS-PS1-7
Stoichiometry Mole Ratio lab: Decomposition of potassium chlorate
This easy to follow lab experiment is intended to complement your teaching on Balancing equations, Mole Ratios, Stoichiometry as well as compiling and analyzing data to come to a quantitative conclusion. The lab handout includes a materials list and a simple and clear procedure. The lab activity uses only 2 chemicals easily sourced at any chemical supplies store making it a quick and simple lab activity to setup. The detailed procedure makes it easy for students to follow. A link to the video
9th - 11th
Chemistry
CCSS, NGSS
RST.9-10.4
, RST.9-10.5
, RST.9-10.7
+3
Percent composition, Empirical formula and Molarcular formula of Magnesium oxide
This easy to follow lab experiment is intended to complement your teaching on Percent Composition, Empirical Formula, and Molecular Formula as well as the law of definite proportion and percent composition. The lab handout includes a materials list and a simple and clear procedure. The lab activity uses only 1 chemical (magnesium metal) easily sourced at any chemical supplies store making it a quick and simple lab activity to setup. The detailed procedure makes it easy for students to follow.
10th - 12th
Chemistry
NGSS
HS-PS1-7
, HS-PS1-2
Chemistry lab: Mole ratio and Percent Composition
This easy to follow lab experiment is intended to complement your teaching on the Mole or the law of definite proportion and percent composition. The lab handout includes an illustrated materials list and a simple and clear procedure. The lab activity uses only 2 chemicals (hydrates) easily sourced at any chemical supplies store making it a quick and simple lab activity to setup. The detailed illustrated procedure makes it easy for students to follow. A link to the video recording of the lab
9th - 12th
Chemistry, Earth Sciences, Physical Science
NGSS
HS-PS1-7
Gravimetric analysis of a metal carbonate, Chemistry lab experiment.
This easy to follow (AP) chemistry lab experiment is intended to complement your teaching on Percent Composition, Percent by mass, Concentration of Solutionor as an integral part of your Stoichiometry unit. The activity utilizes concepts of the mole, molar mass, molarity and limiting and excess reagents. The lab handout includes an illustrated materials list and a simple and clear procedure. The lab activity uses chemicals easily sourced at any chemical supplies store. The detailed illustrated
10th - 12th, Higher Education
Chemistry
Ideal Gas Law lab Experiment: Determining the Molecular Weight of a Vapor
This easy to follow (AP) chemistry lab experiment is intended to complement your teaching on Ideal Gas Laws, Determining the molar mass of an ideal gas, and phase changes or as an integral part of the Unit 3 in AP Chemistry. The activity utilizes concepts of the mole, molar mass, phase changes and the Ideal Gas Law. The lab handout includes an illustrated materials list and a simple and clear procedure. The lab activity may use a singular chemical easily sourced at any chemical supplies store
10th - 12th, Higher Education
Chemistry
Chemistry lab: Percentage of copper in brass
This easy to follow (AP) chemistry lab experiment is intended to complement your teaching on Percent Composition, Percent by mass, or as an integral part of Concentration of Solution. The activity utilizes concepts of the mole, molar mass, molarity and the Beer-Lambert law. The lab handout includes an illustrated materials list and a simple and clear procedure. The lab activity uses chemicals easily sourced at any chemical supplies store and a brass sample procured from a hardware store. The d
10th - 12th, Higher Education
Chemistry
NGSS
HS-PS1-7
Excess and Limiting Reagents: PhET activity, Making Sandwiches
Detailed step-by-step online lab simulation to help students visualize simple mole ratios and determine excess and limiting reagents. Student will visualize using an outstanding online simulation the concepts and limiting reagents and how yield can be calculated. Students will visualize and calculate mole ratios in chemical reactions. This activity is intended to complement your lessons on mole ratios, stoichiometry, limiting and excess reagents and yield. This activity can be used as a discover
9th - 11th
Chemistry
NGSS
HS-PS1-7
COMBINING AI WITH HUMAN CREATIVITY *Artificial Intelligence STEM Presentation
This 15-slide PowerPoint presentation introduces middle school STEM students to the exciting world of Combining AI with Human Creativity. Students will explore how artificial intelligence acts as a creative partner, helping artists, musicians, and designers generate new ideas, overcome creative blocks, and push the boundaries of what’s possible in fields like music, art, and film. Through real-world examples-such as AI tools that suggest music beats, generate digital artwork, or assist in movie
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Instructional Technology
R2.1 Atom Economy (IBDP Chemistry)
This PowerPoint lesson covers atom economy for IBDP Chemistry (first examination 2025), including calculations, reaction efficiency and links to green chemistry. It provides a clear, structured approach to understanding how chemists evaluate and improve industrial processes. Atom economy is a measure of reaction efficiency that compares the total mass of reactants that ends up in the desired product, expressed as a percentage. A high atom economy means that most atoms from the reactants are inco
11th - 12th
Chemistry
Also included in: BUNDLE R2.1 How Much? The Amount of Chemical Change (IBDP Chemistry)
Animals- Best And Worst Parents
This is a fun activity designed to compliment after you teach what a Mammal is. Who is the worst father, mother, step-dad; step-mom in the animal kingdom. You will be surprised to learn Animals are just like us. Some behave really bad and some behave really good. Your students will learn a lot of cool and interesting facts about a variety of different animals such as the octopus, elephant, penguin, etc.
PreK - 2nd
Informational Text, Science
IB Biology Topic 1.1 - Power Point
There are notes and quizzes that are bundled that compliment this powerpoint.
11th - 12th
Biology
Also included in: IB Biology Topic 1.1 Bundle
Valentine’s Science & Valentine STEM - Valentine’s Day Kindness Activity Center
Looking for a fun and engaging way to celebrate Valentine’s Day in your classroom? This Valentine STEM activity combines engineering, problem-solving, and teamwork to create the ultimate no-prep Valentine’s Day lesson! Perfect for grades 2–8, the Tower of Love Challenge encourages students to design and build the tallest structure possible using Valentine’s cards or kindness compliment cards. This activity blends creativity with critical thinking, making it ideal for Valentine’s Day centers
2nd - 8th
Engineering, Other (Math), Social Emotional Learning
NGSS
K-2-ETS1-2
, K-2-ETS1-3
, MS-ETS1-2
+7
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