Hero image

Rmcee's Shop

Average Rating4.33
(based on 202 reviews)

Resources for KS3, KS4 science and AS/A2 AQA A Level Chemistry. Hope they help :-)

36Uploads

130k+Views

155k+Downloads

Resources for KS3, KS4 science and AS/A2 AQA A Level Chemistry. Hope they help :-)
Resultant Forces - NEW AQA Physics
rmceermcee

Resultant Forces - NEW AQA Physics

(27)
NEW AQA Resultant Forces Lesson 3 This lesson has been planned for my set one year 9 students. It includes some resources from other users of TES. These have been credited and their sheets/slides marked and linked to their resources. It also includes adaptations from legacy resources. Includes: Powerpoint - lesson plan. Students are looking at defining and calculating the resultant force, and ensuring they are using vector diagrams correctly. SS2 (from user PinkHelen) is not attached but is linked, SS3 is from kerboodle so not not attached. SS4 is exam questions and TN4 is the mark scheme.
Energy and Power - NEW KS3
rmceermcee

Energy and Power - NEW KS3

(26)
NEW KS3 Energy and power - based on Activate P2.7 This lesson contains some resources that have been adapted from other sources. Includes: Powerpoint - whole lesson - guided calculations and a kerboodle practical.
Scalar and Vector quantities for AQA new Physics GCSE
rmceermcee

Scalar and Vector quantities for AQA new Physics GCSE

(18)
A powerpoint and worksheet for the first lesson in the AQA scheme of learning on forces. I have included resources from olivia_calloway and EUP. The questions are personal to my school, you will need to change them. However, this should be an easy non-edit lesson. Very maths heavy - planned for a high ability group.
Haloalkanes - AQA Chapter 14
rmceermcee

Haloalkanes - AQA Chapter 14

(20)
Lesson planned for year twelve studying AQA AS Chemistry. Covers: Naming haloalkanes Explaining the polarity of the C-X bond Literacy activites AfL opportunities and pupil tasks.
NEW AQA PHYSICS - Parallelogram of Forces
rmceermcee

NEW AQA PHYSICS - Parallelogram of Forces

(10)
A worksheet I made for my set one students to work out forces using the parallelogram method. Apologies for the handwriting. Students watched me on a visualiser doing Question 1 from scratch - they then annotated the diagram with what I did. Students then completed the second question, that already has the scaled drawing. Student are then asked to complete some questions about scales. Students then complete the kerboodle practical. Apologies for the handwriting!
AQA A Level Optical Isomerism
rmceermcee

AQA A Level Optical Isomerism

(7)
Powerpoint which covers all necessary for AQA A Level Chemistry New Specification. Created using the AQA Scheme of Work for 7405. Students complete the dominoes activity (not included, for sale here: https://www.tes.com/us/teacher-lessons/naming-organic-molecules-dominoes-11291711) and then an AS quick check from Chemsheets.co.uk (not included). Students make different organic compounds using molymods to try and figure out why they are non-superimposable. Students then draw some organic compounds and identify their chiral centres, with a short AfL activity. We go through the process of observing whether light is polarisable - using an old kerboodle resource (old spec kerboodle animation - you will need Chemistry A Level for AQA subscription - not A Level Sciences for AQA - although this is not necessary you can just talk through the process). Students then look at thalidomide and ibuprofen. Lesson has been created from the stereoisomer powerpoint freely available on chemsheets.co.uk.
Movement of substances into cells (Diffusion & Osmosis)
rmceermcee

Movement of substances into cells (Diffusion & Osmosis)

(5)
Whole lesson on diffusion and osmosis based on Activate 1. Is a challenging lesson for my set ones and includes GCSE questions. Includes a video link to a kerboodle activate resource and youtube. Both videos or neither could be watched.
KS3 - Energy and sustainable living
rmceermcee

KS3 - Energy and sustainable living

(6)
Includes whole unit of lessons and resources linked to Exploring Science 7I - Energy and Sustainable living. Lesson 1 - formation of fossil fuel Lesson 2 - investigation of the energy released from different fuels Lesson 3 - Ways to use less fuel Lesson 4 - Investigation into the energy released from food (must less guidance provided - as practical is so similar) Lesson 5 - Energy resources - energy chains. This was planned for Year 7 but a lot of the resources can be adapted to teach Year 8 depending on how it's being taught. All files are in one powerpoint with sections.
The rock cycle
rmceermcee

The rock cycle

(2)
Sequence of lessons on the rock cycle - worksheets referenced are exploring science 7 and 8 H.
Collision theory and Maxwell-Boltmann distribution
rmceermcee

Collision theory and Maxwell-Boltmann distribution

(2)
A whole lesson on Collision theory and Maxwell-Boltmann distribution for the new AS AQA specification. Students are to work through a sheets from chemsheets (subscription needed) and includes some MCQs from Edexcel.
Types of reactions - Questions and Intervention work
rmceermcee

Types of reactions - Questions and Intervention work

(1)
This resource has been produced following on from an AQA KS3 PD session. It involves students answering questions that cover the three strands of the AQA KS3 Spec (Know, Apply and Extend). Teachers mark (or students mark) and then intervention/DIRT tasks are completed at the back. The intervention task for students extending contains a GCSE question. I haven't used this yet in lesson.
Reactions of group 7 (computer simulation YENKA)
rmceermcee

Reactions of group 7 (computer simulation YENKA)

(1)
A worksheet for students to use to describe the physical properties of the halogens, there are some questions on displacement but it mainly focuses on the physical properties. Made for AQA NEW GCSE for a high ability Year9 group and to be used alongside YENKA. Will probably use it with my Year 12s as a introduction to Group 7.
Ionic salt formulae grid
rmceermcee

Ionic salt formulae grid

(0)
Worksheet made for my triple chemists for writing the formula of ionic salts. Students need to work out the ratio between the positive and negative ions in salts. Charges are given on the negative ions (these are new) but not on the positive ions.