A substance that reacts with an acid to form a compound called a salt.

A way of describing a substance that does dissolve in a particular solvent.

A way of describing a substance that does not dissolve in a particular solvent.

A basic compound which contains an ion comprising of an oxygen and a hydrogen atom (OH⁻).

A chemical reaction between an acid and base to produce a neutral solution including a salt and water.

Acid-base reactions (carbonates as bases)

Chemistry

Describing salts

Hazard symbols and equipment

Chemical reactions of acids with metals and metal carbonates

Concentration of solutions

Concentration of solutions: using moles

Making a pure dry sample of a soluble salt

pH scale and indicators

Solubility rules

Ionic equations: salt formation

Adapting a multistep chemical procedure for making a pure dry salt

Change in pH: practical

Comparing concentration with strength

Titrations: making soluble salts

Titrations: analytical technique

Titrations: calculating an unknown concentration

In the Electrolysis unit, pupils will build on their understanding of chemical reactions to explore the process of electrolysis and its applications.

In the Acids and Bases unit, pupils learned about the properties of acids, bases, and alkalis, and the reactions between them to form salts and water.

This unit explores empirical formulae, balanced chemical and ionic equations, gas identification, acid reactions, and pH as a measure of hydrogen ion concentration. It covers separation techniques and focuses on planning experiments, accurate measurements, safety, and communicating findings.

Making salts

Complete the general equation for a neutralisation reaction: 
acid + base -->

 Which ion is released by acids in solution?

Which of the following statements are correct?

What type of solution do non-metal oxides form when they dissolve in water?

Are metal oxides generally soluble or insoluble in water?

The concentration of solutes in a solution.

What is produced when an acid reacts with a base?

Exit Quiz

Complete the general equation for a neutralisation reaction: acid + base -->