Share the settings
Both samples receive the same load and number of water drops.
Material Property Workbench
Compare bending, water absorption and electrical conduction under shared conditions.
Grades 3–5 · Chemistry
Your goal
Compare rubber and steel using the bending test. Set the shared load and water drops to 1.
Reduced motion is on. The controls still update the scene.
wood and wood receive the same load 1 and 1 water drops. Run a test to collect evidence.
The workbench compares equal-size samples using shared test settings. Changes clear observations for a new trial. Scores are illustrative for these samples, not measured engineering values for every wood, metal or fabric. Material thickness, treatment and shape affect real results. The circuit represents a safe low-voltage classroom test.
Related resources
Related simulations
Learn with Material Property Workbench
Choose two material specimens and compare how they bend, absorb water, or conduct electricity. Material Property Workbench supports elementary students in collecting evidence through consistent tests rather than judging a material by appearance. A shared load and shared water amount keep the two samples under equal conditions. Students run each test to reveal bending scores, absorbed drops, or a circuit lamp result. Changing a specimen or setting clears the observations for a fresh trial. The results represent selected equal-size samples and introduce why real material comparisons also depend on shape and treatment.
What to look for
Collect evidence
Run a test to reveal observations for the current specimens.
Choose by purpose
Compare a property that matters for the object you want to make.
For teachers and curious learners
Gather evidence about material properties using consistent tests. Ask students to predict what will happen, change one setting, and explain what they observe. Learn gives a starting point. Practice and Challenge offer new goals with the same scene.
Equal-size specimen scores are illustrative. Shared loads scale bending and shared drops limit absorption. The conductivity lamp represents a low-voltage circuit. Real samples vary with composition, thickness, treatment and geometry.