the solution of known concentration added from the burette in titration

the solution of unknown concentration in the conical flask in titration

the amount of a solute dissolved in a certain volume of solvent

readings within a certain range; for titrations, these usually need to be within ±0.10 cm³ of each other

the volume of titrant needed to reach the end point in a titration

Titrations: analytical technique

Chemistry

Describing salts

Hazard symbols and equipment

Acid-base reactions (carbonates as bases)

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: 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

Physical activity and equipment requiring safe use

Solution of known concentration in the burette.

Solution of unknown concentration in the conical flask.

Volume of titrant needed to reach the end point.

Match the following key terms to its definition.

Why is it important to perform a trial titration first?

Why is acid added drop by drop near the end point in titration?  

Perform a trial titration to estimate the amount of titrant needed.

Fill the burette with the titrant (acid).

Add the analyte (alkali) to the conical flask.

Add indicator to the analyte in the flask.

Begin adding titrant quickly from the burette.

Slow down and add drop by drop near the end point.

Stop when the indicator changes colour and stays that colour.

Sort the steps of a titration into the correct order, starting with performing a trial titration. 

At what point should you take the volume reading from a burette?

What does it mean if titres are concordant?  

To completely neutralise an acid with an alkali.

What is titration used for in chemistry?  

A technique to find volumes of reacting solutions.

The space matter occupies, often in cm³.

When enough solution is added for a complete reaction.

Match the following terms from titrations to their correct definitions.

What is the curve on the surface of a liquid in a container called?

The indicator changes colour and stays that colour.

The indicator changes colour briefly, then fades.

How do you know the end point of a titration has been reached?

Which of the following statements about strong acids in water is correct?

Which of the following indicators are suitable to use in a titration?

Starter Quiz

What is titration used for in chemistry?