Physical Chemistry
Category: Physical Chemistry
This project demonstrates how the reaction between an acid and a base can be visually identified using….
Zinc is added to dilute sulphuric acid in a test tube, producing hydrogen gas. This gas travels through a…..
This experiment uses a watermelon to demonstrate Thomson’s atomic model. In 3D view, the red pulp shows…….
Add salt or sugar to water and stir—watch it ‘disappear’! It actually dissolves, spreading tiny particles throughout the water…….
In this experiment, three beakers contain milk, sodium sulphate solution, and distilled water. The liquids are poured into two….
In this experiment, we demonstrate electrolysis of water using a beaker filled with acidified water. Two test tubes with electrodes are……
What makes iron rust? In this experiment, place nails in different test tubes with water, air, calcium chloride, and oil. Watch how rust forms…..
In this experiment, we test how dry and wet blue litmus papers react when exposed to….
Discover how metals behave under force! In this experiment, you’ll strike gold, silver, lead, and zinc with a hammer to see which one flattens the most. The more it flattens, the more malleable it is. Compare their responses and find out which metal is best for shaping!
In this experiment, you take two iron nails and dip one of them in a test tube containing blue copper sulfate ( CuSO4 ) solution. The second nail is…..
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