Curated OER
Grow an Alum Crystal
What an exciting lab experiment to conduct with your high school chemistry class! Crystals are formed naturally in the environment. However, allow your blossoming chemists to create their own unique crystals using alum and water. You may...
Curated OER
Aluminum Adventure
Chemistry aces use an electrochemical cell to anodize a strip of aluminum. They apply an organic dye to it. In a practical application, they design a piece of jewelry out of the anodized metal and describe the process. Thorough notes...
Magic of Physics
Materials Lab
Why is wood good for building houses, but not the best choice for high-rise apartments? Future materials scientists put building materials to the test using a hands-on interactive. Pupils pull and push on substances such as reinforced...
101 Questions
Abundant Aluminium
That would make a lot of cans! Learners analyze a photo of a truckload of aluminum to determine its value. The provided information includes the weight of a smaller block and the dimensions of the larger block. It's up to your pupils to...
Royal Society of Chemistry
Alloys
What are alloys, and why do we use them? Through a series of interactive puzzles, scholars examine the components and uses of several common alloys. The accompanying teacher's resources provide support in using the lesson, printable...
Chymist
Alum from Waste Aluminum Cans
Turn aluminum cans into pickles! An engaging experiment has learners chemically change aluminum into a substance with many purposes including the manufacture of pickles. After performing the chemical conversion, the experimenters verify...
National Institute of Open Schooling
p-Block Elements and Their Compounds – I
Lesson 21 in a series of 36 specifically focuses on elements and their compounds from groups 13, 14, and 15 on the periodic table — including boron, carbon, aluminum, silicon, nitrogen, and phosphorus. Classes learn how some of these...
Teach Engineering
Magnetic or Not?
The class must determine the magnetic properties of different materials, including aluminum and steel by sorting through materials using a magnet. Groups make a prediction on whether a material is magnetic and then perform tests to...
Curated OER
The Thermite Reaction
Searching for a way to take your chemistry class to the next level? Provide pupils with an exciting and educational experiment demonstrating the thermite reaction! The mixture of aluminum powder and iron oxide allows young chemists to...
Curated OER
Module 5 Revision Guide - Chemistry
If you use this as an outline for your chemistry lecture on metals, your young chemists will absorb a well-rounded overview. This is not a worksheet per se, but a useful summary of the behavior of metals. Save yourself some planning and...
Curated OER
Roger Recycle
Learners investigate the uses of aluminum and the importance of recycling. they then write a script and produce an informative and entertaining video about about aluminum recycling.
Teach Engineering
Electromagnets
Show your class what goes on with a magnet that can be turned on and off with a resource that provides the information needed to build an electromagnet. The information allows the class to understand that creating loops with the current...
Curated OER
Recycling: The Way to Save...Fad or Fact
Students write stories about recycling and illustrate them. They examine various containers and determine whether or not they are recyclable. They make a chart about the containers and visit a recycling center.
Curated OER
Metals
For this chemistry worksheet, students use the clues at the bottom of the sheet to complete the crossword puzzle on metals. There are 21 clues to solve on the sheet.
Curated OER
Quantitative Problems (Mass)
In this chemistry worksheet, learners identify how much aluminum and hydrochloric acid is needed to produced a certain amount of hydrogen gas. Then they identify how many grams of oxygen are used.
Curated OER
Anodising Aluminum
Students examine Barton's pendulums and watch the video Tacoma Narrows bridge. In this pendulum and momentum lesson students complete a lab activity, view a video and research a given topic.
Curated OER
Lightning!
Students use aluminum, a thumbtack, an eraser, and more to create static electricity. In this static electricity lesson plan, students use this experiment to simulate lightning.
Curated OER
Where Do Things Come From?
Second graders examine the recycling process. In this recycling lesson, 2nd graders discuss the reasons for recycling and create storyboards to show where a specific material comes from. Students complete a worksheet as a follow-up...
Curated OER
Information, Please!
Students examine how aluminum is recycled. In this recycling lesson, students participate in a field trip to a local recycling center to observe the process of recycling aluminum. Students take notes and report their findings.
Curated OER
Choosing Materials for Bicycle Frames
In this materials for bicycle frames worksheet, high schoolers read about the various materials that have been used to construct bicycles and the pros and cons of each. They answer four critical thinking questions about the reading and...
Curated OER
Recycling Worksheet
In this recycling worksheet, students sort recycling items into paper, plastic, or aluminum bins. Students sort 7 items total on this worksheet.
Curated OER
All About Aluminum
Students examine the metal aluminum. In this metal properties lesson, students experiment to distinguish between aluminum and other metals. Students assess how aluminum is created and recycled.
Curated OER
Going in Cycles: The Life of an Aluminum Can
Students explore the life cycle of aluminum cans. In this recycling lesson, students review the manufacturing process and how to make a closed loop cycle. Students also have the opportunity to present what they've learned to others...
Curated OER
What a Can Can Do
Students explore the properties of a can. In this aluminum science lesson, students conduct various experiments to identify properties of aluminum. Students examine the appearance, temperature, and corrosion resistance of aluminum.