Atoms, elements and compounds mini quiz

This KS3 Chemistry quiz introduces the idea of atoms, and covers the structure of atoms and the differences between elements and compounds. You can make sure your students understand these concepts which are essential for them to access the rest of the KS3 syllabus and the KS4 curriculum.

To see our whole range of resources for maths for science, the required practicals, working scientifically and more, book a free online demonstration!


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