Green APL specialises in developing highly useful resources which can be used in the classroom and beyond. Our mission is to help educate the next generation of successful people by producing high quality resources which improve teaching and learning.
We cover a wide range of subjects and age groups with our resources which mostly have a science or mathematics focus.
Green APL specialises in developing highly useful resources which can be used in the classroom and beyond. Our mission is to help educate the next generation of successful people by producing high quality resources which improve teaching and learning.
We cover a wide range of subjects and age groups with our resources which mostly have a science or mathematics focus.
For FREE Phosphor resources to engage your students in current scientific issues go to: phosphorescience.com
Quickly engage your children with important scientific issues that affect their daily life such as the environment, climate change and health.
We provide all the tools to bring science to life, contextualising learning through illustrated articles and worksheets. Our materials allow you to quickly engage children with important issues that affect their daily life such as the environment, climate change and health. Our resources are developed to boost scientific literacy, increase science vocabulary and promote independent learning.
Hydrogen Power
Humans burn fuels – lots of them. We burn fuels to power our vehicles and keep our homes warm. But there is a problem, the fuels we burn, such as oil and gas, release pollutants into the atmosphere like carbon dioxide. If only there was a cleaner fuel that released no pollution…
Burning is a chemical reaction called combustion. Combustion is an oxidation reaction because during combustion the fuel reacts with oxygen and oxides are produced. Let’s look at burning natural gas as an example. Natural gas is also called methane. It is the gas you might burn at home in your central heating and oven.
This resource is aimed at GCSE chemistry students studying reversible reactions and looking at the Haber process which is used on an industrial scale to produce ammonia.
