Date | 2/10/2017 (Monday) |
Time | 11.15 a.m. – 12.45 p.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Matrices |
Learning Area | Matrices |
Learning Outcome | Students should be able to find the inverse of a non-singular matrix using elementary row operations. |
Activities | Working out question no. 1 (reference book, page 158) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 1) |
Reflection | Students have been able to find the inverse of a non-singular matrix using elementary row operations in question no. 1. |
Date | 2/10/2017 (Monday) |
Time | 8.30 a.m. – 9.30 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Sampling and Estimation |
Learning Area | Sampling |
Learning Outcome | Students should be able to determine the mean and standard deviation o the sample mean. |
Activities | Working out questions 1 and 2 (reference book, page 202) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 3) |
Reflection | Students have been able to determine the mean and standard deviation o the sample mean in questions 1 and 2. |
Date | 3/10/2017 (Tuesday) |
Time | 7.00 a.m. – 8.00 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Sampling and Estimation |
Learning Area | Estimation |
Learning Outcome | Students should be able to calculate unbiased estimates for the population mean and population variance. |
Activities | Working out question no. 1 (reference book, page 251) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 3) |
Reflection | Students have been able to calculate unbiased estimates for the population mean and population variance in question no. 1. |
Date | 4/10/2017 (Wednesday) |
Time | 7.00 a.m. – 8.30 a.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Matrices |
Learning Area | Matrices |
Learning Outcome | Students should be able to find the inverse of a 3X3 non-singular matrix. |
Activities | Working out question no. 8 (reference book, page 159) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 1) |
Reflection | Students have been able to find the inverse of a 3X3 non-singular matrix in question no. 8. |
Date | 4/10/2017 (Wednesday) |
Time | 8.30 a.m. - 9.30 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Sampling and Estimation |
Learning Area | Estimation |
Learning Outcome | Students should be able to calculate unbiased estimates for the population proportion. |
Activities | Working out question no. 2 (textbook, page 251) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 3) |
Reflection | Students have been able to calculate unbiased estimates for the population proportion in question no. 2. |
Date | 4/10/2017 (Wednesday) |
Time | 2.00 p.m. – 3.30 p.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Matrices |
Learning Area | Matrices |
Learning Outcome | Students should be able to perform scalar multiplication, addition, subtraction and multiplication of matrices with at most three rows and three columns. |
Activities | Working out questions 1, 2, and 3 (reference book, page 176) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 1) |
Reflection | Students have been able to perform scalar multiplication, addition, subtraction and multiplication of matrices with at most three rows and three columns in questions 1, 2, and 3. |
Date | 5/10/2017 (Thursday) |
Time | 7.30 a.m. – 8.30 a.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Matrices |
Learning Area | Matrices |
Learning Outcome | Students should be able to reduce an augmented matrix to row-echelon form, and determine whether a system of linear equations (involving two variables) has a unique solution, infinitely many solution or no solutions. |
Activities | Working out question no. 1 (reference book, page 167) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 1) |
Reflection | Students have been able to reduce an augmented matrix to row-echelon form, and determine whether a system of linear equations (involving two variables) has a unique solution, infinitely many solution or no solutions in question no. 1. |
Date | 5/10/2017 (Thursday) |
Time | 8.15 a.m. - 9.25 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Sampling and Estimation |
Learning Area | Estimation |
Learning Outcome | Students should be able to determine and interpret a confidence interval for the population mean based on a sample from a normally distributed population with known variance. |
Activities | Working out questions 1 and 2 (textbook, page 228) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 3) |
Reflection | Students have been able to determine and interpret a confidence interval for the population mean based on a sample from a normally distributed population with known variance in questions 1 and 2. |
Date | 6/10/2017 (Friday) |
Time | 7.00 a.m. – 8.30 a.m. |
Class | 6RS |
Subject | Mathematics T |
Topic | Complex Numbers |
Learning Area | Complex Numbers |
Learning Outcome | Students should be able to identify the real and imaginary parts of a complex number. |
Activities | Working out question no. 1 (textbook, page 177) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 1) |
Reflection | Students have been able to identify the real and imaginary parts of a complex number in question no. 1. |
Date | 6/10/2017 (Friday) |
Time | 9.45 a.m. – 10.45 a.m. |
Class | 6AS |
Subject | Mathematics T |
Topic | Sampling and Estimation |
Learning Area | Estimation |
Learning Outcome | Students should be able to determine and interpret a confidence interval for the population mean based on a large sample. |
Activities | Working out question no. 3 (textbook, page 228) |
Teaching Aids | STPM Mathematics T (Penerbitan Pelangi, Paper 3) |
Reflection | Students have been able to determine and interpret a confidence interval for the population mean based on a large sample in question no. 13. |
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