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Average Rating4.18
(based on 29 reviews)

I am relatively new to selling resources on TES, so if you like something, please review it! I am constantly updating and developing new resources - I like to concentrate the majority of my time on developing scientific skills through the use of practical work and application - conveniently this sits well with the new GCSE. I also am involved in developing schemes for the new GCSE (at my school) so will post anything I can to help others in this area.

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I am relatively new to selling resources on TES, so if you like something, please review it! I am constantly updating and developing new resources - I like to concentrate the majority of my time on developing scientific skills through the use of practical work and application - conveniently this sits well with the new GCSE. I also am involved in developing schemes for the new GCSE (at my school) so will post anything I can to help others in this area.
Required Practical AQA 2016 Chromotography
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Required Practical AQA 2016 Chromotography

(1)
This is a unit (4 lessons) for filling the AQA required practical although can be easily used for other specifications. The method used are the recommended practical methods published by AQA. The lessons are as follows: 1) Chromotography of M&M dye 2) Chromatography and calculating Rf values This has been designed as part of a year 9 scheme of work which have been fully undated to cover the new AQA specification, change in assessment objective weightings and mathematical requirements. Please leave a review of these resources.
Required Practical AQA 2016 Making Onion Slide/Magnification/Calculating the Size of a Cell
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Required Practical AQA 2016 Making Onion Slide/Magnification/Calculating the Size of a Cell

(1)
This is a unit (4 lessons) for filling the AQA required practical although can be easily used for other specifications. The method used are the recommended practical methods published by AQA. There was a mistake with the equation in the given methods which has been confirmed by AQA so this unit is correct but does differ slightly from the published material. The lessons are as follows: 1) Label and compare plant and animal cells 2) Prepare and onion slide and calculate the size of one cell 3 ) Compare prokaryotic and eukaryotes 4) Calculate magnification of specimens This has been designed as part of a year 9 scheme of work which have been fully undated to cover the new AQA specification, change in assessment objective weightings and mathematical requirements. This is a free upload and is a sample of my other units. Please leave a review of these resources
Required Practical AQA 2016 Enzymes/Optimum Conditions/pH/Temperature
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Required Practical AQA 2016 Enzymes/Optimum Conditions/pH/Temperature

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This is a unit (4 lessons) for filling the AQA required practical although can be easily used for other specifications. The method used are the recommended practical methods published by AQA. The lessons are as follows: 1) Testing biological and non biological detergent on protein 2) Optimum conditions 3/4) Effect of pH on amylase break down of starch This has been designed as part of a year 9 scheme of work which have been fully undated to cover the new AQA specification, change in assessment objective weightings and mathematical requirements. Please leave a review of these resources
Required Practical AQA 2016 Making Salt/Mini Titration/neutralisation/Making Salt from Copper Oxide
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Required Practical AQA 2016 Making Salt/Mini Titration/neutralisation/Making Salt from Copper Oxide

(0)
This is a unit (4 lessons) for filling the AQA required practical although can be easily used for other specifications. The method used are the recommended practical methods published by AQA. The lessons are as follows: 1) Mini titration 2) Word/symbol equations for neutralisation reactions 3/4) Preparing a soluble salt from insoluble copper oxide This has been designed as part of a year 9 scheme of work which have been fully undated to cover the new AQA specification, change in assessment objective weightings and mathematical requirements. Please leave a review of these resources.
Aseptic techniques/culturing bacteria/testing antibiotics  *BIG PRACTICAL*
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Aseptic techniques/culturing bacteria/testing antibiotics *BIG PRACTICAL*

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Resources developed as part of a *BIG PRACTICAL*. These are designed to practice a skill - usually using a preliminary investigation - then a full investigation write up. These are tailored toward the way the new GCSE (2016 on wards) is designed to test practical skills as well as context. First lesson Resources: aseptic techniques practice, pupils-account-of-aseptic-techniques (+ppt) Practical: Pupils culture a known bacterial both using aseptic techniques, with an aim of achieving zero contamination. Activities order: Teacher intro, practical write up using frame and practical, KILLER CHALLENGE correcting a poor aseptic method Second lesson Resources: Testing antibiotics (+ppt) Practical: Pupils complete the same method of culturing known bacterial broths using aseptic techniques but add antibiotic disks. Activity order: Look at plates from previous lesson and look if they have been successful and what they need to improve. Practical and write up. Third lesson Resources: Antibiotic plate sheet, Diameter-zone-of-inhibition (+ppt) Activity order: Look at antibiotic plates, Complete sheet looking at antibiotics and comparing zones of inhibition, calculating zones of inhibition for comparison.
Inheritance of characteristics REBOPS DIFFERENTIATED X2 AND KILLER CARDS
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Inheritance of characteristics REBOPS DIFFERENTIATED X2 AND KILLER CARDS

(0)
Activity looking at inheritance from both parents and it's random nature. Pupils build marshmallow animals called REBOPS - developed from another resource, this is for a KS4 lessons. Perfect really for year 9/10 low to mid sets. Instructions for building the parents are on the ppt Pupils build offspring of the parents using a dice to chose the genes that are inherited. Sheet differentiated silver and gold and killer challenge cards.
Halogen Displacement reactions (group 7) *BIG PRACTICAL*
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Halogen Displacement reactions (group 7) *BIG PRACTICAL*

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Resources developed as part of a *BIG PRACTICAL*. These are designed to practice a skill - usually using a preliminary investigation - then a full investigation write up. These are tailored toward the way the new GCSE (2016 on wards) is designed to test practical skills as well as context. First lesson Resources: Halogen-Melting-and-Boiling-point, Ions-group-7-silver-support (+ppt) Practical: NA Activities order: Teacher intro, plotting melting and boiling points of halogens and practising drawing ions (should be covered previously or an alternative activity) Second lesson Resources: The-Halogens-Displacement-Reactions (+ppt) Practical: Pupils complete halogen displacement (group by group if fume cupboard is necessary) Activity order: Re-cap on states, complete practical and write up showing displacement reactions, equations showing displacement.
Reduction Reaction and Electrolysis *BIG PRACTICAL*  Reactivity Series
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Reduction Reaction and Electrolysis *BIG PRACTICAL* Reactivity Series

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Resources developed as part of a *BIG PRACTICAL*. These are designed to practice a skill - usually using a preliminary investigation - then a full investigation write up. These are tailored toward the way the new GCSE (2016 on wards) is designed to test practical skills as well as context. First lesson Resources: Reduction-Reactions (+ppt) Practical: Pupils complete a practical looking at the reduction of iron in iron oxide using carbon on a match. Activities order: Starter looking at the reactivity series and the order of metals. First section looks at those found in their natural state and not in compounds. Then move on to look at those above hydrogen and below carbon using practical. Second Resources: Electrolysis (+ppt) Practical: Electrolysis of copper sulphate solution - simplistic Activities order: Introduction the meaning of the term 'lysis' and linking it to electrolysis. How ores are processed to get compounds ready for electrolysis. Electrolysis of sodium chloride and aluminium oxide as examples.
Molecular Formula
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Molecular Formula

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Introduction to interpreting and making molecular formula. Used for KS3 or introduction to GCSE. Differentiated in to bronze silver and gold sheets. Really useful resource - please review :)