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Math Bridging Course Tutorial 1 Chris TC Wong 16/8/2012 19:00 – 20:00 19/8/2012 16:30 – 17:30.

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Presentation on theme: "Math Bridging Course Tutorial 1 Chris TC Wong 16/8/2012 19:00 – 20:00 19/8/2012 16:30 – 17:30."— Presentation transcript:

1 Math Bridging Course Tutorial 1 Chris TC Wong 16/8/2012 19:00 – 20:00 19/8/2012 16:30 – 17:30

2 What have we learnt after this two lectures Hard Skills – Definition of Limits – Problem Solving Idea : Divide and Conquer – Necessary and Sufficient Condition – Using Maxima as a mathematical tools Soft Skills – How to collaborate with others – How to stay awake in long lectures – How to express abstract idea into mathematical statements

3 Definition of Limit of Sequence

4 Definition of Limit of function

5 Comparison of two definitions

6 Demonstration to Exercises in Lecture

7

8 Necessary and Sufficient Condition If A is required to make B happen (no guarantee), then A is a necessary condition of B E.g. – You must be registered before being a student in university. Registering is a necessary condition for being a student in university. Well, you probably need to pay for the registration fee, too. If A happen alone can make B happen with guarantee, then A is an sufficient condition of B E.g. – You must pass AL and scored better than the cut-off score to be an IE student. ‘pass AL and scored better than the cut-off score’ is a sufficient condition for being an IE student But being an IE student do not necessary means that you have passed AL. You can be a DSE student.

9 Necessary and Sufficient Condition (Cont.) If A is necessary and sufficient to make B happens, A is a necessary and sufficient condition for B. – E.g. Under normal circumstance, completing circuit between power button and power supply of a computer can turn it on. – E.g. You get a scholarship if and only if you have very high GPA and is truly outstanding. – E.g. Love between a couple brings them to marriage. (?)

10 If and only if If A happens implies B happens, and B happens implies A happens, then we say A happens if and only if B happens. We says that two things are equivalent under this condition. Some lazy people just write this as “iff” – E.g. A number can be divided by 9 if and only if the sum of its digits can be divided by 9.

11 End


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