Wednesday 31 July 2013

Basic Elements of Probability Theory

Notes for EDE301, chapter 6 and 7

Probability theory can be approached by using through:-
a) theoretical mathematics
b) empirical reasoning

Before we define what is meant by probability, we must extend our vocabulary by defining some important terms.

An experiment - set of rules governing an operation which is performed.
An outcome - the result realised after performing the experiment one time.
An event - combination of outcomes.

Flipping a single die
Consider the experiment defined by flipping a single die (half of a pair of dice) and observing which of the six faces is at the top when the die comes to rest (notice how precise we are being. If you simply say 'flip a die', you could mean that you observe the time at which it hits the floor). There are six possible outcomes, these being any one of the six surfaces of the die facing upward after the performance of the experiment.

There are many possible events (64 to be precise). 

One event would be that of "an even number of dots" showing. This event is a combination of the three outcomes: two dots, four dots and six dots.

Another event is "one dot". This event is known as elementary event since it is the same as one of the outcomes.

Thus, out of the 64 possible events, six represents elementary events.


Food for thought - possible events and what are the odds??
  • Be killed in a terrorist attack while travelling (1 in 650,000). 
  • Die — during an average lifetime — of flesh-eating disease (1 in one million). 
  • Be killed by lightning (1 in 56,439). 





Tuesday 23 July 2013

A few words for EDE201, EDE301 and EDE303 students

My apologies for not being able to attend this week classes (July 24th-25th). I hope you guys gets the assignments from the respective lecturers and submit according to the given date. Next week will be our last week of lecture (week 9, 31 July and 1 Aug), pls attend so that you can get back all the assignments and quizzes for your revision before the final exam. 

For EDE301 - You still have assignment 2 and 3 (total of 20%) to be done. So please come.

And as usual, there will be guidelines given for the coming final exam, so see you next week :) 


EDE301/201306 - Assignment 4 Guidelines (20%)

Use the Improved Euler's method (step size h = 0.025) to obtain a numerical solution of the following differential equation. Work throughout to four decimal places and COMPARE it with Euler’s method (step size h = 0.01) and the exact solution by plotting the graph. All solution and calculation must be done in MS Excel. Justify how the Improved Euler's method can be better than the Euler's method

y'=1-x+4y 
Given y(0)=1 
Find the value of y when x=0.1

Due date: hard copy by 31 July 2013
Kindly send a soft copy to my email lorita.angeline@cosmopoint.com.my

P/S: You may need to check what is the exact solution and how to find it. Do some digging from your previous notes. You have learned this before :)
For those with the notes, you may refer to chapter 2, page 2-10
All The Best ~

Wednesday 17 July 2013

EDE301/201306 - Midterm Guidelines

MIDTERM (10%) covers chapter 1-3 (closed-book)
Will be conducted on 18/07/2013
Time allocation 2 hours

3 Sections:-
Section A - 10 multiple choice question (20 marks)
Section B - 4 Short questions (40 marks)
Section C - 2 long questions (40 marks)

Revision:
Go through ALL slides chapter 1-3
Solving first order ODE, method 1 - direct integration
Solving first order ODE, method 2 - separating the variables
Solving first order ODE, method 3 - by substituting

Chapter 2:
Compare Euler method and Improved Euler method

Chapter 3
Laplace transform with partial fractions

Soft reminder: Kindly bring your own slides, stationary and calculator.

ODE - Ordinary Differential Equation
CF - Complementary Function
PI or PS - Particular Integral / Particular Solution

Thursday 4 July 2013

EDE303/201306 - PLANNER

EDE303 - DIGITAL ELECTRONICS
Classcode: 23-201305D310009
Credit hours : 4
Day/Time : Wednesday/1400-1600, 1600-1800
Venue : B-01-10, B-02-11
Student Leader : DARMANSHAH BIN SYAMSUDIN

ASSESSMENTS EVALUATION
Following are your assessments evaluation:
Assignment 1 (Quiz 1 based on Ch 1, 2 and 3) : 10% 26 June 2013
Assignment 2 (Quiz 2 based on Ch 4, 5 and 6) : 10%
Assignment 3 (Quiz 3 based on Ch 7 and 8) : 10%
Assignment 4 (ADC) : 20%
Midterm (based on Ch 1 - 5) : 10% 3 July 2013
Final exam : 40%

EDE201/201306 - PLANNER

EDE201 - ENGINEERING MATHS II
Classcode: 23-201305D310008
Credit hours : 3
Day/Time : Wednesday/0900-1100, 1100-1300
Venue : B-01-12
Student Leader : MOHD HISHAM BIN ASRI

ASSESSMENTS EVALUATION
Following are your assessments evaluation:
Assignment 1 (Quiz 1 based on Ch 1, 2) : 10% 3 July 2013
Assignment 2 (Quiz 2 based on Ch 3, 4) : 10%
Assignment 3 (Quiz 3 based on 5, 6) : 10%
Assignment 4 (ADC) : 20%
Midterm (based on Ch 1 - 5) : 10%
Final exam : 40%

EDE301/201306 - PLANNER

EDE301 - ENGINEERING MATH III
Classcode: 23-201305D310010
Credit hours : 3
Day/Time : Thursday/0900-1100, 1100-1300
Venue : B-01-04
Student Leader : Adrian Gerald Lok

ASSESSMENTS EVALUATION
Following are your assessments evaluation:
Assignment 1 (Quiz 1 based on Ch 1 and 2) : 10% 4 July 2013
Assignment 2 (Quiz 2 based on Ch 6) : 10% 25 July 2013
Assignment 3 (Quiz 3 based on Ch 7) : 10% 25 July 2013
Assignment 4 (Numerical method in Ms. Excel) : 20% submit on 25 July 2013 
Midterm (based on Ch 1 - 5) : 10% 18 July 2013
Final exam : 40%

Wednesday 3 July 2013

EDE301/201306 - Quiz1 Guidelines

Quiz 1 (10%) covers chapter 1, 2 (opened-book)
Will be conducted on 4/07/2013
Time allocation 1 hour and 30 minutes

Revision:
Go through ALL slides chapter 1, 2
Chapter 1- Integrating factor, Solving Particular Integral (PI)
Chapter 2- Improved Euler's method approximation

Soft reminder: Kindly bring your own slides, stationary and calculator.

Tuesday 2 July 2013

EDE303/201306 - MIDTERM Guidelines


MIDTERM(10%) covers chapter 1-5 (closed-book)
Will be conducted on 3/07/2013
Time allocation 1 hour and 30 minutes

3 sections:-
Section A - 10 multiple choice question (20 marks)
Section B - 4 Short questions (40 marks)
Section C - 3 long questions (40 marks)

Revision:-
Go through ALL slides chapter 1-5(MCQ)
Slides chapter 2, slide no.32 (Hexadecimal conversion)
Slides chapter 4, slide no.4, 5 (Boolean addition and Boolean multiplication)
Slides chapter 4, slide no.7, 9,10,11,12 (Associative Law, Rules of Boolean Algebra)
Slides chapter 5, slide no. 4,5 (Simplification by means of Karnaugh Map)

Refer Quiz 1
Recall last class discussion:-
Drawing combinational logic function
Simplification by means of Boolean Algebra and Karnaugh Map