8 Task 6b how during cellular respiration, adenosine Tutor introduces cellular respiration and the Q & A on respiration Calculations of ATP triphosphate (ATP) is produced by chemical reactions taking place in all three stages. generated and BMR (AO1e) Learners are asked to develop their Discussion of research phosphorylation, in which a phosphate group Cellular is added to a molecule of adenosine understanding of this topic through findings Analysing secondary respiration group/individual research. Learners are given a data diphosphate (ADP) how ATP is used to release energy for cell work booklet to complete which contains Completion of work questions of varying complexity. booklet Written and oral activity communication for the stages in respiration of glucose that result booklet, Q&A and in the production of ATP, and the site of each discussion process: glycolysis (in the cell cytoplasm) Research Krebs cycle (in mitochondria) electron transfer chain (in mitochondria) the detailed process of glycolysis the detailed process of the Krebs cycle the detailed process of the electron transfer chain the amount of ATP that can be produced from Learners research what is by BMR and aerobic and anaerobic pathways calculate it using an online body calculator: what is meant by basal metabolic rate (BMR) and how it can be determined in a laboratory by direct or indirect methods or established formulas the differences in BMR for males and females, and for different age groups of both genders, using secondary data Specification Week Key learning objectives Learning activities and resources Plenary Skills reference
8 Task 6b (AO1e) Cellular respiration how during cellular respiration, adenosine triphosphate (ATP) is produced by phosphorylation, in which a phosphate group is added to a molecule of adenosine diphosphate (ADP) how ATP is used to release energy for cell activity the stages in respiration of glucose that result in the production of ATP, and the site of each process: glycolysis (in the cell cytoplasm) Krebs cycle (in mitochondria) electron transfer chain (in mitochondria) the detailed process of glycolysis the detailed process of the Krebs cycle the detailed process of the electron transfer chain the amount of ATP that can be produced from aerobic and anaerobic pathways what is meant by basal metabolic rate (BMR) and how it can be determined in a laboratory by direct or indirect methods the differences in BMR for males and females, and for different age groups of both genders, using secondary data Tutor introduces cellular respiration and the chemical reactions taking place in all three stages. Learners are asked to develop their understanding of this topic through group/individual research. Learners are given a work booklet to complete which contains questions of varying complexity. Learners research what is by BMR and calculate it using an online body calculator: or established formulas Q & A on respiration Discussion of research findings Completion of work booklet Calculations of ATP generated and BMR Analysing secondary data Written and oral communication for booklet, Q&A and discussion Research Week Specification reference Key learning objectives Learning activities and resources Plenary Skills