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How to Succeed in General Chemistry

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How to Succeed in General Chemistry

(Adapted from one my Andrews University mentors and long-time GChem instructor, Dr. Bill Mutch)

 

General Chemistry is a challenging course for many students and succeeding in it requires commitment, self-motivation, a strong background in mathematics through Algebra II (second year high school algebra), well-developed study skills and habits, daily study of the current material, and solving as many problems as necessary for you to gain an in-depth understanding of the concepts and problem-solving techniques being studied.  Mastering the material studied at the beginning of the first semester will enable you to build on it later without having to study it in-depth each time you need it.  This takes time and repetitive study.  Learning a concept or skill well enough that it enters your long-term memory does not happen by encountering the material 6 or 8 times or in a crash studying session just before an examination; research has shown that it may be necessary to encounter or practice something around 27 times before it becomes part of the long-term memory and is accessible for later use!  Even though this may seem daunting, there are some things that you can do that will go a long way towards helping you be successful in General Chemistry and other courses you will need to take at Andrews University.

 

For example, if your mathematics background is not as strong as you would like it to be, you can review your algebra II textbook and study Appendix A in the General Chemistry textbook.  Of course, I will spend some time in class or in recitation periods covering specific mathematical techniques as we need to use them, but this will not take the place of your own review, which should also include solving a number of problems.

 

In class you should take notes to help guide your study after class.  It is not necessary to copy down everything I say or write on the board, but you should get enough that you have the highlights or a good outline of what was done.  Note taking is an important study tool because it requires you to think about what is being said in order to translate it into your own words and write it down.  Taking meaningful notes is easier if you have studied the lecture material before coming to class.  In addition, if you rewrite your notes after class, incorporating material from the textbook to augment them, they become a valuable study resource and the rewriting process constitutes an excellent study session.

 

Probably the single most important way to study and learn a quantitative science such as chemistry or physics is through problem-solving.  It is possible to memorize material from your notes or the textbook as you study it, but understanding concepts is much more than memorizing them; understanding means that you can restate concepts in your own words, apply them or a mathematical technique to a variety of problems.  Therefore, in general, memorization is not the same thing as understanding!

 

Reading and Problem Assignments:  Serious scholars will give attention to developing their problem solving skills.  Evidence that you understood a reading assignment is demonstrated by successfully working the problems and answering the questions associated with it.  Learning scientific concepts and developing problem solving skills is very time intensive.  Neglecting to work problem assignments is a significant reason for failing the course.

 

 

In summary, the best way to do well in General Chemistry = SOLVE as MANY PROBLEMS as YOU can.

 

Many students find the Student Solution Guide as an important resource. This booklet shows you HOW to solve problems and provides the answer to ODD numbered problems.

 

OWL (Online Web learning) is an excellent guide to show you HOW to solve problems.  However, some students spend their time learning how to cheat the system to get the little green checkmark…and they neglect HOW to solve the problem.  Don’t be that student!

 

 

Advice from other General Chemistry instructors:

Do a Google search on “Success in General Chemistry”.  You will find lots of similarities.

 

 

WebPage Author:  Ryan Hayes

Version: 8/6/2015