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I've been teaching A-level biology for years and have spent several hours developing resources to the highest possible standard. They are designed to maximise class time - spending less time on learning facts, with a focus on application and the processing of information.

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I've been teaching A-level biology for years and have spent several hours developing resources to the highest possible standard. They are designed to maximise class time - spending less time on learning facts, with a focus on application and the processing of information.
AQA AS & A-level Biology (2016 specification). Section 2 Topic 3: Cell structure
andrew.m.oldfieldandrew.m.oldfield

AQA AS & A-level Biology (2016 specification). Section 2 Topic 3: Cell structure

11 Resources
Complete set of pre-work, PowerPoints, bespoke student class notes, any additional resources and marks schemes for eight 1.5 hour lessons covering AS / Year 1 topic no. 3: Cell structure. These resources have taken several hours to develop and are offered here for a bargain, considering the amount of work that has gone into producing them. In this bundle, the class notes, PowerPoints and all other resources are fully editable to suit your style of teaching. They make reference to, and may require students to access both the Toole & Toole and AQA A Level Biology Student Book 1 (Lowrie & Smith) for some independent study. The pre-work contains links to websites, videos and some images in the folder dividers. The pre-work also requires students to complete a topic glossary (in the folder dividers), which are also available on TES, along with accompanying images. It is important students complete the pre-work prior to the lessons because they are then tested on their understanding of the pre-work throughout the topic. The topic overview sheet is for students to write up their notes after the topic has been taught. An exemplar student topic overview is included, which I tasked my students to assess prior to them completing their first topic overview. If upon purchasing these resources, you need any support, I'll do my utmost to help. These materials have been trialed & refined last year and played a central role in enabling my classes (sizes of 20+) to achieve ALPS scores of 2.
AS / A-level Biology Moodle quiz - 1. Biological molecules
andrew.m.oldfieldandrew.m.oldfield

AS / A-level Biology Moodle quiz - 1. Biological molecules

(0)
Please vie the resource titled 'AS / A-level Biology Moodle quiz - 1. Biological molecules (sample)' before downloading and attempting to use with your Moodle platform. This contains detailed information about the quizzes and a sample, so you can check compatibility, quality, etc. Upon downloading, you will need to amend the file extension from .doc to .mbz before restoring to your Moodle platform.
AS / A-level Biology Moodle quiz - 3. Biological molecules, enzymes & nucleic acids
andrew.m.oldfieldandrew.m.oldfield

AS / A-level Biology Moodle quiz - 3. Biological molecules, enzymes & nucleic acids

(0)
Please vie the resource titled 'AS / A-level Biology Moodle quiz - 1. Biological molecules (sample)' contains general information about the quizzes and a sample quiz, so you can check compatibility, quality, etc. This quiz contains 49 questions and a maximum mark of 70. Some of the questions are from previous quizzes to help develop the 'big picture' of biology, but there are of course a number of new questions. Upon downloading, you will need to amend the file extension from .doc to .mbz before restoring to your Moodle platform.
AS / A-level Biology Moodle quiz - 2. Biological molecules & enzymes
andrew.m.oldfieldandrew.m.oldfield

AS / A-level Biology Moodle quiz - 2. Biological molecules & enzymes

(0)
Please vie the resource titled 'AS / A-level Biology Moodle quiz - 1. Biological molecules (sample)' contains general information about the quizzes and a sample quiz, so you can check compatibility, quality, etc. This quiz contains 23 questions and a maximum mark of 39. Some of the questions are from the Biological Molecules quiz to help develop a little synopticity, but there are of course a number of new questions. Upon downloading, you will need to amend the file extension from .doc to .mbz before restoring to your Moodle platform.
Control of the oestrous cycle & feedback in females
andrew.m.oldfieldandrew.m.oldfield

Control of the oestrous cycle & feedback in females

(0)
PowerPoint and activity introducing 'The principles of feedback mechanisms' and ' Control of the oestrous cycle'. Students often find this especially challenging and it took me a while to come up with an effective lesson that helped students remember the interaction between the hormones involved in the control of the oestrous cycle. This resource takes about 2.5-3 hours to work through, but some of the activities can be done independently. The PPT begins introducing positive and negative feedback, with a few examples of milk let down and birth. Then, there is a card sort activity, which is supported with matching the cards with various sections on the graphs. There's a few exam questions and an application activity about 'The oestrous cycle in pigs' near the end. This resource also comes with a fully editable version of the accompanying student notes, which contains another application type activity and a selection of past examination (AQA) questions & marks scheme.
AQA AS & A-level Biology (2016 specification). Section 2 Topic 3: Cells. 4 Eukaryotic cell structure
andrew.m.oldfieldandrew.m.oldfield

AQA AS & A-level Biology (2016 specification). Section 2 Topic 3: Cells. 4 Eukaryotic cell structure

(0)
PPT for lessons on cell organelles. This can be a bit of a dull lesson to deliver, as there's so much factual content to cover. So in here you'll find a variety of inventive methods to cover the structure and function of the organelles, a video clip to introduce the fateful encounter hypothesis, other video clips to help stimulate student interest, an application activity on protein synthesis and a few other bits n pieces that begin to draw on students' prior knowledge of year 1 biology. It will probably take about 2 hours to deliver this material if the class is participating through the problem solving activities.