Cellular respiration Year 11 Retreat: Thur 2/3 cellular respiration occurs, in different locations in the cytosol and word equation for aerobic respiration Task 2: Tissues and Metabolism Topic mitochondria, to catabolise organic anaerobic respiration glycolysis Test (5%) – compounds, aerobically or Comparison of aerobic and anaerobic respiration anaerobically, to release energy in the Adenosine triphosphate (ATP) high energy chemical bonds HP Activity 6.1 Diagrammatic representation of relationship between ATP and ADP HP Chapter 6 Respiration w/s form of adenosine triphosphate (2) Cellular use of energy building complex molecules, cell division and sugar bomb – for efficient metabolism, require growth, movement of cell, maintain cellular organisations, active WACE: 3.2 oxygen and nutrients, including transport and transmission of nerve impulses. HP Chapter 6 Nutrients w/s carbohydrates, proteins, lipids, PP: Nutrients Carbohydrates Nutrients Summary Table vitamins and minerals (1) WACE: 3.3 Topic Test Contains C,H, O Energy source for cellular respiration Monosaccharides single molecule e.g. glucose – Disaccharides double sugar molecules e.g. sucrose – Polysaccharides long chains of single sugars e.g. glycogen, starch. – Proteins 5 Contains C, H, O and N (sometimes P, S) Proteins complex molecules of 1000 or more amino acids chemically – combined and amino acids (building block) Form structural components of body e.g. cell membrane proteins and muscle fibres, enzymes and hormones Lipids Contain C,H,O Building blocks of acids and glycerides Essential fatty acids Omega 3, Omega 6 – Insulation, protection of organs and phospholipids in cell membrane Saturated and unsaturated Cholesterol high density lipids and low-density lipids. – Vitamins Organic substances required in small amounts eg. A,B,C,D,E and K Week Syllabus Content Discussion Points Suggested Activities and Assessments
5 cellular respiration occurs, in different locations in the cytosol and mitochondria, to catabolise organic compounds, aerobically or anaerobically, to release energy in the form of adenosine triphosphate (2) for efficient metabolism, require oxygen and nutrients, including carbohydrates, proteins, lipids, vitamins and minerals (1) Topic Test Cellular respiration word equation for aerobic respiration anaerobic respiration – glycolysis Comparison of aerobic and anaerobic respiration Adenosine triphosphate (ATP) high energy chemical bonds Diagrammatic representation of relationship between ATP and ADP Cellular use of energy – building complex molecules, cell division and growth, movement of cell, maintain cellular organisations, active transport and transmission of nerve impulses. Carbohydrates Contains C,H, O Energy source for cellular respiration Monosaccharides – single molecule e.g. glucose Disaccharides – double sugar molecules e.g. sucrose Polysaccharides – long chains of single sugars e.g. glycogen, starch. Proteins Contains C, H, O and N (sometimes P, S) Proteins – complex molecules of 1000 or more amino acids chemically combined and amino acids (building block) Form structural components of body e.g. cell membrane proteins and muscle fibres, enzymes and hormones Lipids Contain C,H,O Building blocks of acids and glycerides Essential fatty acids – Omega 3, Omega 6 Insulation, protection of organs and phospholipids in cell membrane Saturated and unsaturated Cholesterol – high density lipids and low-density lipids. Vitamins Organic substances required in small amounts eg. A,B,C,D,E and K Year 11 Retreat: Thur 2/3 Task 2: Tissues and Metabolism Topic Test (5%) HP Activity 6.1 HP Chapter 6 Respiration w/s sugar bomb WACE: 3.2 HP Chapter 6 Nutrients w/s PP: Nutrients Nutrients Summary Table WACE: 3.3 Week Syllabus Content Discussion Points Suggested Activities and Assessments