A level (AQA)/IB Biology HL notes, summaries, experiments and past papers (with syllabus, textbook screenshots, revision village, bioninja, , tutorchase and save my exams resources/screenshots)

The document goes in great detail about the ib biology SL and HL topics; Water, Origin of cells, cell structure, virsues, carbohydrates and lipids, organelles and compartementalization, diversity of organisms, membranes, cell specialization, stem cells etc. It's almost 200 pages of the topics descr...

This document provides detailed information about membranes with ib biology syllabus includes. There are notes from the textbook, powerpoints and past papers. I recommend looking over this document for review and memorizing the facts for a test.

The document describes in detail the role, structure and use of nucleic acids in the body. The document talks about DNA, Adenine, Thymine, Cytosine and Guanine. These are mostly class notes and syllabus notes. I recommend using this document when revising for the test, especially a topic test. There...

This documents provides in depth answers and questions from the IB biology and A level biology syllabus. It provides examples, diagrams, pictures and other resources to get information from. The document is 12 pages with detailed information, which is very useful to memorize before the test. Therefo...

This document contains in depth answers to over hundreds of questions from the syllabus being the perfect study guide for exams. The 27 page documents contains information, diagrams, sketches etc. about the cell respiration process, including the krebs cycle, calvin cycle, electron transport chain, ...

This document is a full IA that achieved a grade 7 in IB biology. It offers a good structure for all lab experiments and can help in paper 3. It can also help in the igcse papers.

This 21 page document offers in depth descrptions, diagrams, graphs, labelling etc. about enzymes and metabolism. The document talks about enzyme inhibition, explains graphs, answers exam/past paper questions, denaturation, effects of temp/ph on enzymes, activation energy, exothermic vs endothermic ...