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- 12:12, 23 December 2011 Index temp (hist) [1,172 bytes] Senghong79 (Talk | contribs) (Created page with "<big>'''Welcome to StpmWiki'''</big> All contents of this site can be accessed from here. Please note that you must create an user account to post/edit. *[http://www.facebook....")
- 17:05, 23 October 2011 Differentiation Part3 (hist) [35,281 bytes] Senghong79 (Talk | contribs) (Created page with "==More [f(x)]^n== '''M)''' <math>\frac{d}{dx}{\left[f\left(x\right)\right]}^{n}</math><hide><math>=n{\left[f\left(x\right)\right]}^{n-1}\cdot f'\left(x\right)</math></hide> Note...")
- 17:04, 23 October 2011 Differentiation Part4 (hist) [58,029 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Parametric Functions == Remember that parametric functions will be in the form *<hide><math>x=f\left(t\right), y=f\left(t \right)</math>, where <math>t\,</math> is th...")
- 17:04, 23 October 2011 Differentiation Part2 (hist) [40,032 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Chain Rule == <math>\frac{dy}{dx}=\frac{dy}{du}\times\frac{du}{dx}</math> *Notice that <hide><math>\frac{{\color{Blue}dy}}{{\color{Blue}dx}}=\frac{{\color{Blue}dy}}{{\...")
- 17:03, 23 October 2011 Differentiation Part1 (hist) [26,144 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Notes == === Learning Objectives (Syllabus) === *use the notations <math>f'(x), f''(x), \frac{dy}{dx},\frac{{d}^{2}y}{d{x}^{2}}</math> *use the derivative of <math>{...")
- 16:57, 23 October 2011 Arithmetic Geometric Progression Part2 (hist) [57,736 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Geometric Progression == '''Examples''' *<math>3,6,12,24,\,</math><hide><math>48,\,</math><hide><math>96,\ldots</math></hide></hide> **<hide><math>3 \xrightarrow{{\col...")
- 16:44, 23 October 2011 Arithmetic Geometric Progression Part1 (hist) [46,552 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Notes == For the same reason with quadratic (having learnt it in SPM), this topic could actually end up being more difficult than the rest of the subtopics in Sequenc...")
- 16:44, 23 October 2011 Arithmetic Geometric Progression Past Year (hist) [36,939 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ {{PastYearPreparation:MathsS&T:senghong79}} == 1997-S2-10 == ii) An education award fund is started in a school with an initial amount of RM 20 000.00, to provide annu...")
- 16:41, 23 October 2011 Polynomials Part3 (hist) [28,339 bytes] Senghong79 (Talk | contribs) (Created page with "== Factor Theorem == <math>\,x-a</math> is a factor of <math>P\left(x\right)</math> '''if and only if''' <math>P\left(a\right)=0</math> === Factors Of Polynomial === Before we g...")
- 16:41, 23 October 2011 Polynomials Part1 (hist) [42,174 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Notes == On the surface, factor theorem & remainder theorem seems easy when compared to other subtopics. However, a lot of student make the mistake and think that this...")
- 16:40, 23 October 2011 Polynomials Part2 (hist) [24,259 bytes] Senghong79 (Talk | contribs) (Created page with "== Remainder Theorem == When <math>P\left(x\right)</math> is divided by <math>\,x-a</math>, its remainder is <math>P\left(a\right)</math> ===Proof=== When <math>P\left(x\right)<...")
- 16:38, 23 October 2011 Index Part2 (hist) [62,984 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ ==Definition of Logarithm== <math>a^{x}=N\Leftrightarrow </math><hide><math>\log_{a}N=x\,</math></hide> '''Note :''' It is VERY important to know how to change from inde...")
- 16:37, 23 October 2011 Index Part1 (hist) [41,890 bytes] Senghong79 (Talk | contribs) (Created page with "__TOC__ == Notes == Even though all the laws here are the same as in SPM add maths, STPM questions will of course be more challenging. It is very important here to '''understand'...")
- 16:36, 23 October 2011 Index Past Year (hist) [10,598 bytes] Senghong79 (Talk | contribs) (Created page with "{{PastYearPreparation:MathsS&T:senghong79}} == Questions == ''Estimated time'' : 1) If <math>\left(3^{x+1}\right)\left(4^{x+2}\right)=5^{x+3}</math> , find the values of <math>...")
- 13:29, 9 August 2011 Main Page (hist) [186 bytes] MediaWiki default (Talk)
