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.
A game which is aimed at chemistry students, such as GCSE/KS4, to practise balancing chemical equations. The students can use their fidget spinners as a timer and compete against each other balancing as many equations as possible within the time.
There are 3 sets of balancing equation games, which each contain 15 equations to balance, in this package. The equations are grouped into 3 different levels. The package also includes an answer sheet for each set of equations.
Double-sided worksheet which could be used in class, for homework or set as a revision task, when teaching A level chemistry students about isomerism.
The answer sheet is available as a premium resource: https://www.tes.com/teaching-resource/chemistry-isomerism-stereoisomers-11041049
A double-sided worksheet and fully complete answer sheet which covers group 7 elements. The answer sheet contains the worked answers and a mark scheme, making it useful to set as an assessment task or as a piece of marked homework.
The worksheet is based on UK curriculum content, but it may be useful for other country’s curriculum, around age 14 to 16 year old students.
Group 7 elements for A level students:
https://www.tes.com/teaching-resource/chemistry-group-7-elements-in-the-periodic-table-11094369
https://www.tes.com/teaching-resource/chemistry-group-7-elements-11094365
https://www.tes.com/teaching-resource/chemistry-group-7-11094367
This resource is aimed at GCSE chemistry students and helps them to write and draw the atom electronic configuration of the first 20 elements in the periodic table.
A set of AS chemistry revision worksheets and answer sheets aimed at the AQA AS chemistry specification. Designed for revision of AQA AS chemistry unit 1 and unit 2.
BONUS: There is one of our NEW Phosphor resources attached called ‘Plastic not so fantastic’. For more FREE Phosphor resources to engage your students in current scientific issues click here
This collection of 4 balancing equation worksheets and answer sheets. Each worksheet contains 20 equations to balance, they are aimed at GCSE and A level chemistry students and together provide a lot of practise balancing chemical equations.
A collection of worksheet resources with fully complete answer sheets and markscheme which covers reaction kinetics for A level chemistry students (year 2).
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.
For more FREE resources to engage your students in current scientific issues click here
A student friendly fact sheet relating to fireworks. Introduce your students to fireworks with this simplified, yet challenging resource. It also includes a worksheet which challenges the students to find information in the fact sheet as well as further opportunities to develop their knowledge through independent or teacher led investigation.
For more 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.
Plastic not so fantastic
Plastic is a really useful material – it can be moulded into lots of different shapes, it’s waterproof and durable. Plastic might look like a wonder material, but there is a problem.
It’s thought that more than eight million tonnes of plastic enter the world’s oceans every year. That is about the same mass as 2 million elephants – it’s very difficult to imagine just how much plastic this is – but it’s a lot!
Preview: The Chem Alive Game is aimed at chemistry students and can be adapted for different age groups and classes according the questions which are being asked. The game involves answering chemistry quiz questions and making different molecules and compounds which gain the team 'time'. The team with the most time at the end of the game is the winner.
This resource includes the playing card grid and prizes sheet which are ready for printing .
The full game including how to play and the rules, the menu and the quiz questions and answers can be found at: https://www.tes.com/teaching-resource/chemistry-chem-alive-game-11249769
Preview: The Chem Alive Game is aimed at chemistry students and can be adapted for different age groups and classes according the questions which are being asked. The game involves answering chemistry quiz questions and making different molecules and compounds which gain the team 'time'. The team with the most time at the end of the game is the winner.
This resource includes the playing card grid and prizes sheet which are ready for printing .
The full game including how to play and the rules, the menu and the quiz questions and answers can be found at: https://www.tes.com/us/teacher-lessons/chemistry-chem-alive-game-11249868
This resource is aimed at A level students being introduced to mass spectrometry and interpreting mass spectra to determined the relative atomic mass of an element.
This resource is aimed at A level chemistry students studying reaction kinetics. The questions are differentiated to give students an idea about the level of demand of each one.
