PPT designed to accompany required practical 1 of the practical endorsement for the new AQA A-level spec. Includes the purpose of a lab-book and how this should be set out. Also includes a method for the affect of temperature on the rate of reaction of trypsin. Guides students through each step of risk assessment, results analysis, conclusion and evaluation. Also includes extension activity to boost maths skills by calculating the temperature coefficient.

Powerpoint to guide students through Required Practical 6 for AQA Biology Year 1. (AS) Covers Aseptic technique, Measuring Zone of Inhibition and Bacterial growth curves.

PPT designed to accompany the Required Practical 7 of the AQA A-level Biology course. Contains method, description of skills needed to gain practical endorsement and explanation of Rf values.

Investigation into the effect of temperature on the rate of respiration of cultures of yeast. Includes objective and background theory of practical, method, and discussion questions.

ppt to accompany required practical 8. Explains the theory behind the practical (which is the Hill experiment), provides a detailed method and includes conclusion and analysis questions.

Powerpoint covering the topic of ATP and Energy

sliding filament theory of skeletal muscle contraction Ppt describes with visual aids the various parts of the myofibril and how they interact to contract the muscle following an action potential.

a powerpoint detailing the structue of mono, di and polysaccharides.

Powerpoint covering nervous response, reflexes and synpases to match the new AQA GCSE 1-9 specification.

Ppt includes the structure of the eye as well as the function of the different parts. It also includes the eyes response to bright and dim light and accommodation of the eye to focus light. Worksheets are also included. Homework is a worksheet of exam style questions with markscheme

Ppt on specialised cells aimed at high ability year 7 students. comprehension Hwk on the discovery of cells included,

An introduction to the synoptic essay on paper 3 of the AQA Biology A-level. Lesson includes the following… choose topics relevant to the essay title understand the mark scheme and why essays are awarded each band of marks. Explore ways in which we can link topics to the main theme of the question ie the importance of (this is what students find hardest to do and what they need to be able to do gain the top 2 bands of marks) I designed this ppt to introduce essays to my year 12s at the end of the AS course. Topics relevant to the essay titles from year 13 could certainly be added if you were using this year 13 students.

A series of 5 lessons designed to match the new AQA specification topic of hormonal control. Lesson 1 - explores the hormones controlling human fertility Lesson 2 - contraceptives. Students research the various different contraceptive methods, how they work and their pros and cons lesson 3 - controlling fertility - how knowledge of hormones can be used in IVF, fertility treatment and the contraceptive pill. Lesson 4 - Hormonal control in plants - looks at tropisms and auxin. Lesson 5 - Explores how the nervous system and endocrine system interact with each other. Covers negative and positive feedback as well as the action of thyroxine and adrenaline. Also cover the plant hormone gibberellin and its uses.

PPT and Lesson plan. Students are given a mystery box which symbolises their genetic information. They then complete research on the implications and ethics of genetic screening to decide whether they should open the box.

Series of 7 lessons designed for a high ability year 8 group (but useable at GSCE) Students go through the whole process of an investigation. Includes 1) Definition of Variables 2)Designing Tables 3) drawing graphs 4) risk assessment 5) writing a Hypothesis 6) writing a method 7) Analysis of results and conclusions 8) evaluating results 9) definition of HSW keywords.

Ppt describing the course and how it is examined. Practical endorsement sheet to record student progress.

In order to complete required practical 12 we took our students out on a field trip. They had to investigate the population of water invertebrates at 4 locations, a canal, a brook man made ponds and a hoverfly lagoon. They then took measurements of 5 different aspects of the water chemistry; turbidity, ammonia, nitrates, phosphorus and oxygen. Students write up a full report in which they carry out statistical analysis (chi squared and Simpson's diversity index) Resource includes ppt on eutrophication, a plan of action for the field trip, data recording sheet, methods for the water chemistry tests, invertebrate identification charts and a help sheet showing what the students needed to include in their report. Students were asked to give a presentation to report their findings to the rest of the class.

LOs All – state what an infectious disease is Most – give examples of microorganisms that cause disease Some – Explain how pathogens can make you feel ill. Includes 6 mark practise exam question and mark scheme

los -Describe the structure of a virus Explain how viruses replicate Give examples of diseases caused by viruses and their action on the body. includes transmission of viruses cut and stick and Practise graph style question.

Quick quiz to use as a starter or plenary. Covers the kingdom classification system and the differences between each kingdom. Answers on the last 3 slides.