DiscoverE
Make Your Own Glue
You won't regret being stuck with this activity. By mixing a variety of household items, pupils create their own glue. They test the tensile strength of their glue and compare it to that of other adhesives.
Curated OER
# 18 Determination of the Set Time for Epoxy Adhesive
Students recognize epoxy glue formation as two part polymerization (usually the curing agents act as co-monomers). They monitor the reaction by the changes in viscosity of the reacting mass, the temperature rise and fall, and the...
Curated OER
Adhesives: Measuring Stickiness
Students test the stickiness of natural substances. In this adhesion as a property of matter lesson, students build a tool to test the adhesion of natural "glues" such as honey, peanut butter, flour and water paste, and jelly. Students...
Curated OER
Milk Glue
Students observe a precipitation and neutralization reaction and learn to filter the products of the precipitation reaction. In this precipitation and neutralization lesson plan, students create curds and whey using milk and vinegar....
Curated OER
Adhesives: Measuring Stickiness - Natural Products
Students investigate the adhesive properties of different "glues." In this science lesson plan, discover how the surface of a substance affects stickiness. They record data and share their findings in class.
Curated OER
Fun With Adhesives
Young scholars observe, measure, and record the properties in making objects stick together using science tools. In this science lesson, students explore with their senses while mixing flour and water. Additionally, young scholars share...
Institute of Electrical and Electronics Engineers
Sticky Engineering Challenge
Students explore the properties of different adhesives. In this physics lesson plan, students construct a building structure and determine what glue to use in the process. They present their design in class.
Center for Math and Science Education
Slump Model
Although it appears that this cut-out paper model makes a welcome activity, it is challenging to construct. It displays a square area of a town on a plateau undergoing slump or slope movement. While it is an outstanding model, the time...
Australian Geological Survey
Nautiloid Model
At a glance, this cut-out paper model of a nautiloid looks promising. Know, however, that it requires manual dexterity for cutting out neatly and for folding and attaching the tabs. This particular mollusk model is quite difficult to...
NASA
Rocket Wind Tunnel
Using a teacher-built wind tunnel constructed from a paper concrete tube form, a fan, and a balance, individuals determine the amount of drag their rocket design will experience in flight. Pupils make modifications to increase the...
Chymist
Build a Spectroscope
Assist your emerging scientists with construction of their very own spectroscopes. Individuals construct a spectroscope to identify elements used in varying lights within a particular environment. They conclude the activity with a class...
Curated OER
What Does Your "Homunculus" Look Like?
Students investigate the density of touch receptors in various parts of the body. They discover how the body senses various stimuli, then maps a picture of the "homunculus" of the experimental subject.
Exploratorium
Depth Spinner
Put a new twist on your collection of optical illusion activities. Affix the linked printable spiral to a drill, record player, or some other rotating tool. Have learners stare at the spinning disk for only 15 seconds and then look away....
Curated OER
Parachute Drop
Learners will have fun creating a parachute to collect data with. They will construct the parachute in small groups, measure the materials, and create an observation sheet. Then they drop the parachute and make predictions about how long...
Curated OER
Just Turn it Off
Students explore energy. In this energy lesson, students discover why it is important to conserve energy. Students discover how energy is used in items we use everyday. Students discover how batteries work. Students do an experiment with...
US Department of Energy
Magnets on a Stick: A Magnetic Force Demonstration Device
Why do some magnets attract while others repel? Scholars use clearly labeled permanent magnets to explore the attractive question. They compare the behavior of like versus opposite poles to find the answer.
Curated OER
Limu and ME!
Students explore limu. In this cross curiculum botany and art project, students view a limu-picking film and then collect several species of limu. Students follow a sequence of instructions using limu, card stock and wax paper to create...
Curated OER
Forces in Liquids
In this forces in liquids instructional activity, learners read their notes and answer short answer questions about forces in liquids. Students complete 6 questions total.
Curated OER
Mini Rockets
Young scholars explore gases. In this chemical energy lesson, students will observer chemical reactions and infer a conclusion about reaction producing gasses.
Curated OER
Devil May Care?
Students study about a deadly disease decimating the Tasmanian devil population. They research diseases that affect animals and write a fictional story about the animals they researched.
Curated OER
Electric Gameboards
Students explore the properties of electricity. In this electricity lesson, students construct an electric game board circuit using their knowledge of a series electrical circuit. Students develop game ideas based on current curriculum,...
Curated OER
Shape Shifters- Trees and the Environment
Learners make a tree sculpture. In this trees and the environment lesson, students learn about the parts of a tree, discuss what a tree needs in order to grow, find images of trees in art and nature, use various materials to create a...
Curated OER
Self Portrait, What Nerve!
Students conduct an experiment to determine the distance between touch receptor fields in parts of the right-hand side of the body. They enter data into the data table.
Curated OER
Our Solar System: Its Planets and Their Satellites
Fourth graders create a replica of our solar system. Each group arranges the balls in the proper order for our solar system by gluing them to the construction paper. Under each of the balls, the name of the object should be clearly printed.