WEEK 36
(2/9/2013 – 6/9/2013)
Day/ Date | Monday/ 2 September 2013 |
Time | 9.45 – 11.30 am |
Class | 6AS |
Subject | Biology |
Learning Area | 17.0 Inheritance and Genetic Control |
Learning Objectives | 17.7 Regulation of gene expression |
Learning Outcomes | Students will be able to : (a) define repressor, inducer, negative control in lac operon and constitutive enzyme; (b) describe the components of lac operon, and explain its mechanism. |
Noble values | Systematic, cooperative |
Teaching Aids | Chalk, blackboard, Reference Book |
Activities | Teacher explains the concept of regulation of gene expression. |
Reflection | All students understand the components of lac operon and able to describe the mechanism. |
Day/ Date | Monday/ 2 September 2013 |
Time | 11.30 – 12.40 pm |
Class | 5S1 |
Subject | Biology |
Activity | Percubaan SPM Sejarah 3 |
Day/ Date | Tuesday/ 3 September 2013 |
Time | 8.15 – 9.25 am |
Class | 5S1 |
Subject | Biology |
Activity | Percubaan SPM Biology 3 |
Day/ Date | Tuesday/ 3 September 2013 |
Time | 11.30 am |
Class | 6RS |
Subject | Biology |
Learning Area | Biological Molecules |
Noble values | Systematic, cooperative |
Teaching Aids | Chalk, blackboard, Reference Book, Handout |
Activities | TUTORIAL |
Reflection | The students answered the questions given by the teacher. |
Day/ Date | Wednesday/ 4 September 2013 |
Time | 7.35 – 9.25 am |
Class | 6AS |
Subject | Biology |
Learning Area | 17.0 Inheritance and Genetic Control |
Learning Objectives | 17.8 Mutation |
Learning Outcomes | Students will be able to : (a) describe the different types of gene mutation with examples of its consequences (substitution – sickle-cell anaemia, insertion/addition – frameshift mutation, deletion – frameshift mutation and thalassaemia major and inversion); (b) differentiate missense, nonsense and silent/ neutral mutations; (c) describe the four structural changes in chromosomes (duplication, deletion, inversion and translocation); |
Noble values | Systematic, cooperative |
Teaching Aids | Chalk, blackboard, Reference Book |
Activities | Teacher explains the concept of mutation. |
Reflection | Student understand the lesson of the day. |
Day/ Date | Wednesday/ 4 September 2013 |
Time | 9.45 – 11.30 am |
Class | 6RS |
Subject | Biology |
Learning Area | Oxygen consumption during respiration in plant. |
Learning Objectives | To determine the oxygen consumption during germination of mung bean seads. |
Learning Outcomes | Students will be able to :
|
Noble values | Systematic, cooperative |
Teaching Aids | Whiteboard, marker pen, Manual for Biology Practical |
Activities | Teacher explains the step to carry out the experiment. |
Reflection | The experiment done successfully. The students obtained the data and submit the report on the day. |
Day/ Date | Thursday/ 5 September 2013 |
Time | 7.05 – 8.15 am |
Class | 6AS |
Subject | Biology |
Learning Area | 17.0 Inheritance and Genetic Control |
Learning Objectives | 17.8 Mutation |
Learning Outcomes | Students will be able to : (d) describe the changes in chromosome number, including the definition of non-disjunction; (e) describe the consequences of non-disjunction in relation to meiosis; (f) explain and give examples of different types of aneuploidy (monosomy and trisomy); (g) explain and give examples of different types of euploidy: diploid and polyploid, including autopolyploidy and allopolyploidy. |
Noble values | Systematic, cooperative |
Teaching Aids | Chalk, blackboard, Reference Book |
Activities | Teacher explains the concept of mutation. |
Reflection | The students understand the lesson of the day. |
Day/ Date | Thursday/ 5 September 2013 |
Time | 9.45- 10.20 am |
Class | 5S1 |
Subject | Biology |
Activity | Percubaan SPM |
Day/ Date | Friday/ 6 September 2013 |
Time | 7.05 – 8.50 am |
Class | 6RS |
Subject | Biology |
Learning Area | Effect of temperature on enzymatic activity |
Learning Objectives | To investigate the effects of temperature on the rate of amylase reaction |
Learning Outcomes | Students will be able to : (a) to understand the effect of temperature on the enzyme-catalysed reactions; (b) to understand the concept of optimal temperature on the enzymatic reactions; (c) to understand the concept of temperature quotient, Q10, of an enzyme-controlled reaction. |
Noble values | Systematic, cooperative |
Teaching Aids | Whiteboard, marker pen, Manual for Biology Practical |
Activities | Teacher explains the step to carry out the experiment. |
Reflection | Students carry out the experiment followed the correct scientific method. |
No comments:
Post a Comment