Properties of Group 0 (RAM 1 d.p.)

Chemistry

Properties of Group 1 (RAM 1 d.p.)

Properties of Group 7 (RAM 1 d.p.)

Reactions of the halogens: including displacement practical

In the Chemical Analysis unit, pupils will build on their knowledge of the periodic table to explore various techniques for analysing substances and interpreting data.

In the Patterns in the Periodic Table unit, pupils learned about the arrangement of elements in the periodic table and the trends in properties of elements.

This unit explores how elements' reactions are related to electron arrangement and atomic number. It covers the properties of Groups 1, 7, and 0 and explains how these depend on outer electrons. It also predicts element reactivity and reactions based on their positions in the periodic table.

Groups of the periodic table

What name is given to the Group 0 elements?

What word describes the main chemical property of the Group 0 elements?

Which of the following electronic configurations are for neon and argon?

Match the following Group 0 elements to their uses.

Relative atomic mass, atomic radius, density and boiling point decrease.

Boiling point and atomic radius increase whilst relative atomic mass decreases.

Density and boiling point increase whilst relative atomic mass decreases.

Relative atomic mass, atomic radius, density and boiling point increase.

Group 0 elements show trends down the group for particular properties. 
Which of the following statements correctly describe these trends?

Which of the following statements correctly describes what happens when a high voltage is applied to Group 0 elements?

Match the following elements to their symbols.

How many electrons can be held in a full electron shell?

Place the following elements in order of increasing relative atomic mass, starting with the smallest. 

Which of the following terms is used to describe an element that exists as single atoms?

Little energy required to overcome weak forces between particles.

Poor thermal and electrical conductors as particles are far apart.

Particles are loosely packed in a certain volume.

Particles are far apart so can be pushed closer together.

Match the following gas properties with the corresponding explanations.

Which of the following would be the electronic configuration of an unreactive/inert substance?

Properties of Group 0 (RAM 1 d.p.)

Lesson outcome