MS 0.5 derive a formula – from this to calculate the possible number of different combinations of chromosomes following random fertilisation 8.4.2.1 and 8.4.2.2 AO1 development of – knowledge of meiosis AO2 application of – knowledge to unknown life cycles. Extension Observe meiosis in prepared or produced slides of suitable plant or animal tissue and produce suitable drawing. Time Learning activity with opportunity Assessment Learning Outcome Resources Learning objective taken to develop skills opportunities Mutations in the number 0.2 Explain what a Learning activities: of chromosomes can weeks event is questioning to recall the arise spontaneously by and how it occurs. principles and events of chromosome Compare and meiosis during contrast gene and teacher explanation of meiosis. chromosomal as a mechanism of mutations. chromosomal mutations
MS 0.5 – derive a formula from this to calculate the possible number of different combinations of chromosomes following random fertilisation 8.4.2.1 and 8.4.2.2 AO1 – development of knowledge of meiosis AO2 – application of knowledge to unknown life cycles. Extension Observe meiosis in prepared or produced slides of suitable plant or animal tissue and produce suitable drawing. Learning objective Time taken Learning Outcome Learning activity with opportunity to develop skills Assessment opportunities Resources Mutations in the number of chromosomes can arise spontaneously by chromosome during meiosis. 0.2 weeks Explain what a event is and how it occurs. Compare and contrast gene and chromosomal mutations. Learning activities: questioning to recall the principles and events of meiosis teacher explanation of as a mechanism of chromosomal mutations
AQA-7401-SOW.DOCX