18 Mac 2010 - Unit Sains Komputer, Jabatan Sains Kuantitatif telah mengadakan lawatan sambil belajar ke Proton City, Tanjung Malim.

Seramai 86 orang pelajar semester 4 bagi program Diploma Integrated in Logistics Management (DLM) yang mengambil kursus LOG 2513 : Principles and Applications (Promodel) yang diajar oleh En Azaki bin Kadis telah mengikuti lawatan sambil belajar ini. Lawatan sambil belajar ini telah dibantu oleh beberapa orang pensyarah dari Jabatan Sains Kuantitatif dan Jabatan Pengurusan Perniagaan.

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1. Always take notes. Be sure to write down the process for each example as well as the reasons for each step and the results. Use heading to help you remember what principles you are handling for easy reference.


2. Answer questions in class and from your book. The more put mathematics into practice the more you will learn. Be sure to ask why a result was obtained if you don't understand, and take note of the mistakes you made. Continue practicing until you apply a rule correctly each time.


3. Take advantage of your learning style. If you are an auditory learner, try tape recording lecturers or classes or pay close attention in class. Use digital media to listen to math lessons at home. For visual learner, note taking is important, and you should pay attention to written examples you can see in front of you. Others prefer to work with their hands and can explore the mathematical principles through examples.

Studying

1. Always designate a quite, comfortable space in which to learn. Keep your study area free from distractions and noises and avoid studying in bed, which can make you tired and less likely to concentrate.


2. Eat well. Brain activity relies on a healthy diet, so be sure not forget your breakfast or meals before a learning session or test.


3. Take breaks. The brain can only concentrate for so long without losing some effectiveness, so you will want to schedule 10-minute breaks. Have to watch on you or clock where you can stop every hour to get up and take a quick walk or have a snack.


4. Have a friend or reference assist you if you don't understand something. Emailing a teacher, calling a classmate or checking a reference source can sometimes illuminate a confusing subject by putting it into new terms and perspectives.

Practicing

1. Make flash cards. Write a rule or principle on one side and a sample problem on the other. Carry these in your bag or keep them handy for reviewing or memorizing.


2. Say problems out loud, and then write them out. Even if you think you are sure of an answer, math should be documented step by step to best solidify the processes in your mind. This also ensures that every type of learner can receive the information in an effective manner.


3. Review. Before moving on to new subjects, or when expanding a math subject that relies on other principles and rules, turn back to your previous lessons before moving forward. This will ensure that you have a solid basis for your new tools, and will avoid some of the "simple" mistakes that often appear in the early stages of math problem solving.

   

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Pi, Greek letter (n) is the symbol for the ratio of the curcumference of a circle to its diameter. Pi Day is celebrated by math enthusiasts around the world on March 14th. Pi = 3.1415926535....

with the use of computers, Pi has been calculated to over 1 trillion digits past the decimal. Pi is irrational number meaning it will continue infinitely without reapeating. The symbol for was first used in 1706 by William Jones, but was popular after it was done adopted by the Swiss mathematician Leonhard Euler in 1737.

WISH YOUR FRIENDS A "HAPPY PI DAY"

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