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.
This resource is aimed at A level chemistry students learning about Born Haber cycles. Contains a
lesson plan, Powerpoint, worksheet and worked answers sheet,
This worksheet and answer sheet is aimed at post 16 chemistry students and covers constructing Born Haber cycles and using them for enthalpy calculations.
This package includes 15 worksheets and fully complete answer sheets which cover topics contained within A level inorganic chemistry including: transition metals, complexes, period 3 elements.
They are ideal to use for setting topic based homework, web based research, classwork question practise, short topic tests, independent revision or worthwhile work to complete during teacher absence.
This comprehensive package of worksheets provides excellent value for money.
Our comprehensive worksheet resource collection of around 100 chemistry worksheets and fully worked answers has been developed to stretch the most able students and covers a wide range of different chemistry topics. It would be suitable for students studying various chemistry curriculums around the work such as (e.g. IGCSE, IB etc).
The single user licence is for one user of this package only, such as an individual teacher. It can’t be shared between teachers. For multiple teacher use, such as in a chemistry/science department, please purchase the multi user licence. Many thanks, green APL.
A comprehensive package of over 60+ mostly double-sided worksheets and fully worked answer sheets which cover topics which are taught during A2 level chemistry or Year 2 of A Level chemistry. They are ideal to use for setting topic based homework, web based research, classwork question practise, short topic tests, independent revision or worthwhile work to complete during teacher absence.
Topics include: Period 3, thermodynamics, kinetics, electrochemistry, chemical equilibrium, analytical techniques, aldehydes and ketones, Born-Haber cycles, redox , amines, amino acids and much more…
The single user licence is for one user of this package only, such as an individual teacher. It can’t be shared between teachers. For multiple teacher use, such as in a chemistry/science department, please purchase the multi user licence. Many thanks, green APL.
For more FREE resources to engage your students in current scientific issues click here
A student friendly fact sheet relating to the chemical weapons used in World War I. Introduce your students to the different types of chemical weapons used 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.
A collection of worksheet resources and fully complete answer sheets which are aimed at chemistry students making the transition from GCSE to A level chemistry. The worksheets provide plenty of practise for refreshing your students’ memory of key topics which have been covered at GCSE and will be built upon early on in the A level chemistry course.
This package covers the following calculation topics such as: Empirical formulae, relative formula mass, reacting mass, solutions and percentage yields.
The single user licence is for one user of this package only, such as an individual teacher. It can't be shared between teachers. For multiple teacher use, such as in a chemistry/science department, please purchase the multi user licence. Many thanks, green APL.
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.
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
A double-sided worksheet and fully complete answer sheet which covers bonding. 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 16 to 18 year old students.
For many more chemistry worksheets please check out our shop: https://www.tes.com/teaching-resources/shop/greenAPL
A double-sided worksheet and fully complete answer sheet which covers atomic structure. 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 16 to 18 year old students.
Other premium resources are also available which cover atomic structure for post-16 students including this collection of A level worksheets and fully complete answer sheets and mark schemes:
https://www.tes.com/teaching-resource/chemistry-a-level-atomic-structure-collection-11106431
