KS3 Biology - Movement of Substances - Osmosis - Diffusion - Activate 1.4 - AQA Activate 8.2.4 Worksheet included where students have to arrange statements into an order to establish a concentration gradient and diffuse substances into and out of animal cells Challenge opportunities throughout Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/nSHL1_jRPN4 Also convenient for students who missed the lesson

KS3 Biology - Aerobic Respiration - Activate2: 2.5 - AQA Activate 9.3.1 Lesson covers: Recap of the components of the atmosphere and that percentage of oxygen in the exhaled breath is lower - this leads into what oxygen could be used for. Photosynthesis equation is recalled and aerobic respiration is defined, as well as the terms endothermic and exothermic reactions - assigning these terms to photosynthesis and aerobic respiration respectively. Three specialised cell types are considered - sperm cell, muscle cell, and root hair cell - all of which have a lot of mitochondria - students are asked to make the link between the number of mitochondria, the function of the specialised cell, and how much energy that would require. Further analysis of the topic links it with the digestion of carbohydrates to get glucose ,and how oxygen is transported from the lungs to the tissues for aerobic respiration. Challenge opportunities throughout + worksheet Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/Ptg_SeAYZk8 Also convenient for students who are absent from lessons

KS3 Biology - Ecosystems and Competition - Activate2: 3.7 AQA Activate 10.3.3 + 10.3.4 Challenge opportunities throughout Many answers animate onto screen to allow opportunity of peer/self assess Lesson video here: https://youtu.be/gZ3H6e25UDU Also available for students absent from lesson and those wanting to revise

Activate 1 - Chemistry 1 - Chapter 1.3 AQA Activate 5.1.3 This lesson contains instructions and worksheet for the completion of the stearic acid/salol practical session Contains Starter, 3 tasks, + plenary Contains worksheet

Activate 1 - Chemistry 1 - Chapter 1.7 AQA Activate 5.1.7 Contains Starter, 3 tasks, + plenary Lesson accompanies 2x demonstrations 1: Imploding can 2: boiling water in treacle tin No worksheets required

Activate 2 - Chemistry 2 - Chapter 2.1 AQA Activate 5.2.1 Contains Starter + 2 tasks + plenary Instructions for Practical --> melting/freezing point of wax and comparisons with melting/freezing points of pure substances

Movement - Joints - Activate 2.5 - AQA Activate 8.1.3 - KS3 Biology Contains 2 presentations - 1 includes an investigation for pupils to carry out but is dependent on equipment available, the other includes a paper based lesson with no investigation. Challenge opportunities throughout Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/fvBbjuX_LZM Also convenient for students who miss the lesson

KS3 Biology - Drugs - Activate 1.6 - AQA Activate 8.3.3 Challenge opportunities throughout Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/Vr4mNOZmQ7I Also convenient for students who miss the lesson

KS3 Biology - Gas Exchange - Activate 2.2 - AQA Activate 8.3.1 Challenge opportunities throughout + worksheet Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/dt-BvuUuBpk also convenient for students who missed the lesson

KS3 Biology - Ecosystems and Competition - Activate2: 2.9 (+3.1) - AQA Activate 9.1.3 and 9.1.4 Challenge opportunities throughout Lesson contains starter - keywords for both topics and tasks to check understanding. Predator-prey relationship graph with cut and stick activity including copy of graph for students to stick in their books **2nd Worksheet included for: ** Explaining why predator numbers are lower than prey numbers using recap of food chains and energy transfer - including percentage calculation practice Data included for Red Squirrel Vs Grey Squirrel on worksheet with further percentage calculation challenge questions and calculating differences task Answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/7UIs1UWIa14 Also convenient for students who miss the lesson

KS3 Biology - Animal and Plant Cells - Activate 1.2 - AQA Activate 8.2.1 Challenge opportunities throughout Worksheet included with 2 labelling tasks and a comprehension task Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here; https://youtu.be/njb540KuHlI Also convenient for students who missed the lesson

KS3 Biology - Specialised Cells - Activate 1.3 - AQA Activate 8.2.3 Challenge opportunities throughout Contains worksheet - cut and stick activity that allows students to match up specialised animal cells to their function Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/JGHNfL1-i3k Also convenient for students who missed the lesson

KS3 Biology - Ecosystems and Competition - AQA Activate 10.3.2 Challenge opportunities throughout Many answers animate onto screen to allow opportunity of peer/self assess Video of the lesson here: https://youtu.be/Xg8u4K-4PVs Also available for students who are sbsent or who are keen to revise

Activate 1 - Chemistry 1 - Chapter 1.4 AQA Activate 5.1.4 Contains Starter, 3 tasks, + plenary Lesson is to accompany “Boiling Point of Water” practical session Worksheet allows for data collection and graph plotting

KS3 Biology - Inheritance Activate 2 - Chapter 3.5 AQA Activate 10.4.1 Cell structure recap as starter 3x Tasks with challenge opportunities throughout + plenary Many answers animate onto screen to allow opportunity of peer/self assess

KS3 Biology - Inheritance AQA Activate 10.4.2 Inheritance recap as starter 3x Tasks with challenge opportunities throughout + plenary Worksheet included Has teacher slide at start - 2 possible ways to deliver lesson Many answers animate onto screen to allow opportunity of peer/self assess Lesson has far more than is required from the AQA Activate SOW

KS3 Biology - Smoking - Activate2: 1.8 - AQA Activate 8.2.5 Challenge opportunities throughout + Worksheet Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/3ZRvdF4uaqY Also convenient for students who miss the lesson

Activate 1 - Biology 1 - Chapter 3.6 AQA Activate 9.2.1 Contains Starter, 3 tasks, + plenary with most answers animating onto the screen 2x Worksheet is included on the last slide of the presentation 1x worksheet as MS Word document (Print as 2x pages per sheet, flip on the short edge) See the lesson taught here: https://youtu.be/f9vy1AX8euk Also convenient for students who miss the lesson

KS3 Biology - Food Webs and Food Chains - Activate2: 2.7 - AQA Activate 9.1.1 Challenge opportunities throughout Students extract food chains from a web -and- Construct a web from a series of chains Answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/oYQdCwb9J48 Also convenient for students who miss the lesson

KS3 Biology - Anaerobic Respiration - Activate2: 2.6 (+3.1) - AQA Activate 9.3.2 Challenge opportunities throughout Lesson starts with comparison of 2 types of athletes - one doing aerobic respiration and the other doing anaerobic. Aerobic respiration equation is recalled Anaerobic respiration equation is given Statement as to why anaerobic respiration releases less energy Oxygen debt is defined Equation also given for oxygen debt (lactic acid +O2 --> CO2 + H2O) Anaerobic respiration in plants and yeast - equation and comparison to anaerobic respiration in animals 6 mark question on comparing aerobic and anaerobic respiration Plenary which relates oxygen debt to shortness of breath following exercise Many answers animate onto screen to allow opportunity of peer/self assess See the lesson taught here: https://youtu.be/_nltNBZnOxE Also convenient for students who may have missed the lesson.