Student
Teacher
Description
Type of Activity | : | group |
Audience | : |   |
Age Group | : | 14 to 18 years |
Keywords | : | mole, relative atomic mass, ideal gas equation, avogadro volume |
Also of Interest
Classic Chemistry Experiments : The volume of 1 mole of hydrogen gas
One mole of any gas occupies the same volume when measured under the same
conditions of temperature and pressure. In this experiment, the volume of o...
Type of Activity | : | group |
Audience | : | |
Age Group | : | 14 to 18 years |
Classic Chemistry Experiments : Finding the formula of an oxide of copper
The chemical formula gives the types of atom in the substance. It also gives the relative
number of each type. From the mass of each element in a sam...
Type of Activity | : | group |
Audience | : | |
Age Group | : | 14 to 18 years |
Assessment for Learning Chemistry - Calculations in chemistry
Assessment for Learning is an effective way of actively involving students in their learning. This is a series of plans based around chemistry topics ...
Type of Activity | : | group |
Audience | : | |
Age Group | : | 14 to 16 years |
Chemistry for the Gifted and Talented: Astounding numbers
This activity is designed to be fun and generate a wow factor for the students. It tries to
convey how amazing the scale is that we use in chemistry....
Type of Activity | : | group |
Audience | : | |
Age Group | : | 14 to 18 years |
Creative Problem Solving in Chemistry - H+ ions in water
Estimate the number of H+(aq) ions in a single drop of: water; 1.0 mol dm-3 HCl; 1.0 mol dm-3 NaOH.
Type of Activity | : | group |
Audience | : | |