Monday, August 29, 2016

Week 35 (29/8/2016 - 2/9/2016)

Date29/8/2016 (Monday)
Time7:05 a.m. - 7:40 a.m. 
Class6AS
SubjectMathematics T
TopicProbability Distribution
Learning AreaContinuous random variables
Learning OutcomeStudents should be able to use the Poisson distribution as a model for solving problems related to science and technology.
ActivitiesWorking out questions no. 3 and 4 (reference book, page 161)
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 3)
ReflectionThe discussion has been completed.


Date29/8/2016 (Monday)
Time8:15 a.m - 9:25 a.m
Class6RS
SubjectMathematics T
TopicComplex numbers
Learning AreaComplex numbers
Learning OutcomeStudents should be able to find the modulus and argument of a complex number in cartesian form and express the complex number in polar form.
ActivitiesWorking out questions no. 3 and 4 (reference book, page 182)
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 1)
ReflectionStudents were struggling to find the square of a complex number. The teacher should explain on how to expand the expression.


Date30/8/2016 (Tuesday)
Time7:05 a.m. - 7:40 a.m. 
Class6AS
SubjectMathematics T
TopicProbability Distribution
Learning AreaContinuous random variables
Learning OutcomeStudents should be able to use the Poisson distribution as a model for solving problems related to science and technology.
ActivitiesDiscussing question no. 2 in Assignment C
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 3)
ReflectionThe discussion has been completed.


Date30/8/2016 (Tuesday)
Time8:15 a.m - 9:25 a.m
Class6RS
SubjectMathematics T
TopicComplex numbers
Learning AreaComplex numbers
Learning OutcomeStudents should be able to perform multiplication and division of two complex numbers expressed in polar form.
ActivitiesWorking out questions no. 1 and 2 (reference book, page 188)
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 1)
ReflectionThe students were confused when the imaginary part of a complex number has a negative coefficient, thus finding it difficult to perform the required multiplication. The teacher should explain the concept further.


Date1/9/2016 (Thursday)
Time7:05 a.m - 7:40 a.m
Class6RS
SubjectMathematics T
TopicComplex numbers
Learning AreaComplex numbers
Learning OutcomeStudents should be able to perform multiplication and division of two complex numbers expressed in polar form.
ActivitiesWorking out question no. 3 (reference book, page 188)
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 1)
ReflectionThe student were not utilising the two special right-angled triangles and used the calculator instead, The teacher should encourage them to use the available short cuts. 


Date1/9/2016 (Thursday)
Time8:15 a.m - 9:25 a.m
Class6AS
SubjectMathematics T
TopicProbability Distribution
Learning AreaContinuous random variables
Learning OutcomeStudents should be able to use the Poisson distribution as a model for solving problems related to science and technology.
ActivitiesDiscussing question no. 3(a) in Assignment C
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 3)
ReflectionThe discussion has been completed.


Date2/9/2016 (Friday)
Time7:05 a.m - 8:15 a.m
Class6RS
SubjectMathematics T
TopicComplex numbers
Learning AreaComplex numbers
Learning OutcomeStudents should be able to use de Moivre’s theorem to find the powers and roots of a complex number.
ActivitiesWorking out question no. 4 (reference book, page 188)
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 1)
ReflectionApplying the de Moivre’s theorem, which is a new stuff for the students, seemed to be an uphill task for them. The teacher should add some extra examples.


Date2/9/2016 (Friday)
Time8:50 a.m - 9:25 a.m
Class6AS
SubjectMathematics T
TopicProbability Distribution
Learning AreaContinuous random variables
Learning OutcomeStudents should be able to use the Poisson distribution as a model for solving problems related to science and technology.
ActivitiesDiscussing question no. 3(b) in Assignment C
Teaching AidsSTPM Mathematics T (Penerbitan Pelangi, Term 3)
ReflectionThe discussion has been completed.


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