I was just wondering if it was necessary to remember each branch of chemistry learned.
I can't really remember general chemistry and I'm sort of loosing the organinc. I mostly remember the calculations and the starting part of each course, but other than that it's hazy.
So, am I expected to remember everything that I learn, as I go along?
It depends upon the degree, the university, the professors, et al.
Most of us assume that we either remember what we have learned OR we know where we can find the information. If you won't have another test over the material, then short term memory will get you through the course but won't help much when you're out in the cold cruel world. You hope you will remember where to find that information later. For upper level degrees, short term memory helps get us through the course BUT then there is a big test for the Master's degree, and several larger tests for the Ph. D. degree and those definitely require long term memory.
(proceeds to slam head on desk)
I have all my books but if I'm not incorrect, this isn't going to help in the, "real world." =/
I knew I was supposed to actually remember everything. The thing is that you remember it during the sememster and then it starts flying out the window if you're not careful.
For the Master's degree, is the test, testing one on a specific area? (analytical/organic/biochem/physical etc.) or is it a general chemistry masters degree?
The same question applies to the Ph.D. degree tests.
I remember that you said that, one could in theory go from undergraduate to doctoral studies? I would assume that one with no bachelor degree in chemistry would be able to pursue this course of study, am I correct?
I am going to do an internship in a lab next semester and I'm afraid that I won't know things that I'm supposed to, when I'm called upon to do tasks. Thus, it will mirror the real world.
Thanks, Dr.Bob
For the Master's degree, the kind of test depends very much upon the university. The times have changed since I was a grad student but for my MA degree I had to take a test in organic, one in inorganic, one in analytical and one in p.chem BUT that was because this test was considered to be a pre-doctoral exam and it determined if we got the MA and left or if we got the MA and were "allowed" to stay and work on a Ph. D. Many schools NEVER operated that way and some that did have changed. So your best bet is to inquire of the actual university you want to enter. For the Ph. D. degree, GENERALLY, the test is only on the one area; i.e., analytical, p.chem, etc. For me, however, because my area was between areas, I had three (lucky me); i.e., one in spectroscopy, one in analytical, and one in inorganic (and the guy in inorganic asked mostly p.chem questions for some strange reason). As to the part about going directly into a Ph. D. program with no B. S. in chem, that depends upon where you want to go. Some schools may want to discuss it with you and others you may not get the time of day. For the internship, you remember things by repetition and you STILL have your books so I wouldn't worry about it. And for internships, MOST internships are learning experiences and MOST bosses are only too happy to help.
I never knew that you could have a, "between areas," Ph.D
Thanks for all the advice,
Dr.Bob
It is not necessary to remember every specific detail of each branch of chemistry throughout your studies. As you progress in your education and career, you will likely focus more on specific areas of interest or specialization. However, a strong foundation in the fundamental concepts of chemistry can be valuable.
While it's normal to forget some details over time, it's essential to have a good understanding of the core principles and problem-solving skills that are developed in general and organic chemistry. These concepts often serve as building blocks for more advanced topics in chemistry.
To ensure a solid understanding and retention of chemistry knowledge, here are a few strategies you can employ:
1. Review and reinforce: Regularly revisit the key concepts and principles covered in each course. Reviewing your class notes, textbooks, or online resources can refresh your memory and help cement your understanding.
2. Practice problem-solving: Chemistry is heavily reliant on problem-solving skills. Continually practice solving different types of problems related to the topics you have covered. This will help reinforce your understanding and improve your ability to apply concepts and calculations.
3. Make connections: Chemistry is a subject where concepts are often interconnected. Try to relate new ideas to what you have learned in the past. By making connections between different branches of chemistry, you can strengthen your overall understanding of the subject.
4. Seek clarification: If there are specific topics or areas that you find particularly challenging or hazy, don't hesitate to seek clarification. Reach out to your professors, classmates, or online communities for assistance. Understanding difficult concepts will make it easier to remember and apply them in the future.
Remember, the goal of education is not always to memorize every detail but rather to develop critical thinking skills, problem-solving abilities, and a strong foundation of knowledge. So, focus on understanding the fundamental principles, and build upon that understanding in the areas that interest you the most.