Loading please wait

The smart way to improve grades

Comprehensive & curriculum aligned

Try an activity or get started for free

The Periodic Table: Reaction Patterns

In this worksheet, students will learn how to predict chemical reactions by looking at the position of elements in the Periodic Table.

'The Periodic Table: Reaction Patterns' worksheet

Key stage:  KS 3

Curriculum topic:   Chemistry: The Periodic Table

Curriculum subtopic:   Mendeleev The Periodic Table

Difficulty level:  

Worksheet Overview

This is the Periodic Table of all the elements that have been discovered to date (click on the image to see a larger version).

 

 

The Periodic Table is separated in horizontal rows called periods and vertical columns called groups.

 

  • Group 1 (the first column) metals are the Alkali Metals. There are many similarities between them, but they are not identical. From top to bottom the alkali metals are: Lithium, Sodium, Potassium, Rubidium and Caesium. As we move down Group 1 the reactivity (and the density) of the alkali metals increases. All alkali metals produce a metal hydroxide when they react with water. The general chemical equation is:

 

alkali metal + water  →  metal hydroxide + hydrogen 

 

  • Group 2 metals show a different trend to that of the alkali metals. Magnesium and Calcium burn vigorously in air producing differently coloured bright flames. These metals also react with acids and give similar products to Group 1; these reactions are dealt with in other activities.
  • Group 7 elements are called the Halogens (meaning "salt-formers" for when they react with metals).
  • Group 8 elements are called the Noble Gases. In the Periodic Table above the Noble Gases are shown as Group 18 and sometimes they are called Group 0 elements. The Noble Gases are generally very unreactive. 

 

The patterns in the Periodic Table exist because of the structure of the elements. Atoms of elements have a nucleus with protons and neutrons, and electrons orbit the nucleus in shells. Elements in the same groups have the same number of electrons in their outer shells. This determines their reaction patterns.

 

Lots of info - see how you can use it in this activity.

What is EdPlace?

We're your National Curriculum aligned online education content provider helping each child succeed in English, maths and science from year 1 to GCSE. With an EdPlace account you’ll be able to track and measure progress, helping each child achieve their best. We build confidence and attainment by personalising each child’s learning at a level that suits them.

Get started
laptop

Try an activity or get started for free

  • educational
  • bettfutures
  • cxa
  • pta
  • era2016
  • BDA award
  • Explore LearningTuition Partner
  • tacm