FY12CE Biology study guide
FY12CE Biology · Work through your exam, one topic at a time.
FY12CE Biology is a multiple-choice biology examination organised around five content domains: Molecules and Cells (25%), Genetics and Heredity (20%), Evolution and Diversity (20%), Organismal Biology (20%) and Ecology and Environment (15%). Candidates typically sit it to evidence a solid, broad foundation in biology for progression into further study or for entry to programmes that expect a general biological grounding. The FY12CE Biology study guide has 5 sections and about 2,365 words.
01Molecules and Cells
The Molecules and Cells domain tests the chemistry beneath life: the molecules that build cells, how enzymes and membranes control reactions, how cells trap and release energy, and how division makes new cells. Expect data-response items - a rate table, a water-potential graph, a diagram to interpret - not straight recall.
550 words, about 3 min02Genetics and Heredity
Genetics and Heredity examines how information passes from DNA to protein to offspring, and how inheritance ratios can be predicted and interpreted. The exam favours genetic diagrams, pedigree and family data, and short explanations of molecular events such as transcription and translation.
444 words, about 2 min03Evolution and Diversity
Evolution and Diversity tests how populations change over time and how the resulting variety of life is organised and named. Questions usually give you a scenario or a set of data and ask you to explain a change in allele frequency, justify an evidence type, or use a classification key.
446 words, about 2 min04Organismal Biology
Organismal Biology tests how whole organisms maintain a suitable internal environment: transport, gas exchange, excretion, control and reproduction in plants and mammals. Marks come from linking each structure explicitly to its function rather than describing anatomy alone.
461 words, about 2 min05Ecology and Environment
Ecology and Environment tests how organisms interact with each other and with their surroundings, how energy and nutrients move through ecosystems, and how human activity alters them. Expect food webs, pyramids, population graphs, sampling calculations and questions on fertiliser pollution or conservation.
464 words, about 2 min