STPM 2018 term 2 mathematics (T) Coursework sample Guideline for solving STPM 2018 Term 2 Mathematics (T) PBS...
Integration Booklet Page 10 Page 11 Solution
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STPM Mathematics (T) Coursework
STPM 2017 Term 2 MT Coursework Explained. —00 In the application in science and technology, some definite...
STPM Mathematics (T) Assignment
Sample Question of STPM 2016 Term 2 Maths (T) Assignment Coursework
STPM MT Integration Booklet A Page 10 11 Problem 7 8 9
Solution for the Problem 7 8 9 from the Integration A booklet.
STPM Repeat Term 2 Mathematics (T) Intensive Workshop
Date: 12 November 2015 (Thursday) ; Duration: 6 hours ; Time: 9am-12pm, 1pm-2pm.
How to identify an iteration which is converges?
I received a Whatsapp message from student. He asked me whether the following shortcut is useful to determine whether the iteration is converges.
STPM MT Differentiation Booklet A Page 19 Problem 9 Question 12
STPM 2015 Term 2 Mathematics (T) Chapter 8 Booklet Differentiation A Page 19 Problem 9 Question 12 Solution
STPM MT Chapter 9 Booklet A Page 10 Problem 7 8 9
STPM 2015 Term 2 Mathematics (T) Chapter 9 Booklet integration A Page 10 Problem 7 Problem 8 Problem 9 Solution
STPM Mathematics (T) Assignment
Answer and Solutions of STPM 2015 Term 2 Maths (T) Assignment
STPM MT Chapter 8 Booklet B Page 35 Problem 17
June 2014/1
Pelangi Differentiation Exercise 2.15
An inverted right circular cone of semi-vertical angle...
STPM MT Chapter 8 Booklet A Page 20 Problem 11 Question 2
Given that , show that
0.
Integration question from student I
Random question which was asked by a lovely student.
STPM MT Chapter 8 Booklet A Page 20 Problem 11 Question 14
Given that , prove that
.
STPM MT Chapter 8 Booklet A Page 20 Problem 11 Question 11
Given that , show that
0.
STPM MT Chapter 8 Booklet A Page 20 Question 6
Given that show that
for all values of
.
STPM MT Chapter 8 Booklet A Page 20 Question 10
If , show that (a)
, (b) by differentiating (a) with respect to
, show that
, and hence that
.
STPM MT Chapter 8 Booklet A Page 20 Question 8
Given . Prove that
.















