Chemistry is not like Physics, you can't solve it with Math. My intro physics class was the hardest class I've ever taken. Ochem2 was basically memorizing a laundry list of reactions containing organic molecules. They are so different from each other, at least superficially, that this seems to be an odd question. When the diene cyclopentadiene is added to ethene, no reaction occurs.
A large part of organic chemistry 1 is devoted to laying the foundations: introducing structural concepts such as bonding, geometry, stereochemistry, conformations, resonance, and steric effects, while introducing concepts in chemical reactivity such as nucleophilicity, electrophilicity, acidity, basicity and so on. Truthfully, for most people, the hardest chemistry class is the first one. The more you practice solving problems, the easier it is to solve harder problems. Which is easier for someone who is absolutely terrible in any sort of Science. Regardless, I think I should clarify my original answer. There are only four elements that make up the majority of organic materials.
To sum up, biochemistry is an application of general chemistry and organic chemistry. Chemistry I was one of the easiest courses ever for me. In organic you have a thousand different reagents that react differently in certain conditions, and they can all be applied to tons of different types of molecules. The biggest challenge will be: getting a handle on the large number of reactions to learn, especially in carbonyl chemistry. He or she will discover the metals and the non-metals. Although it is a tough course, it doesnt have to be any more difficult than other science classes if you apply yourself and study hard. I do have my suspicions, but let me interject by telling you that organic chemistry was actually one of my favorite courses in college.
Almost universally they give you equation sheets. It makes since because puzzles are something no one can really teach. God knows av learnt more than i could av in class thru ur videos. Work in groups Organic chemistry is one of those courses where its helpful to study in groups. Chemistry is not too bad and I find it fascinating. The specifics of what you need to know and don't need to know, and can get away with deriving, happen to be very different. They simply are not the key players.
I'll stand by my point about undergrad though. They are both interesting and they are both useful, so there is really no reason not to take them both. How can we make them in the laboratory, and potentially modify their structures? Organic is like the 'how' things happen and physical chemistry is like the 'why' things happen. What is easier depends on what you will find more interesting therefore it'll be easier to work harder. I was extremely worried about organic chemistry because of all the negativity around the subject, but I find this subject so fun to try and understand every step. But I have start over because the timing.
There is a hell lot of memorization especially in solubility and Organic Chemistry. Ask each other questions, solve problems together, and teach one another. What causes the difference in reactivity? I found P Chem to be much easier than O Chem for this reason. It becomes nothing more than a stand-alone subject, disconnected from its roots, an abstract body of information to memorize. The first-yearChem I took didn't stress very hard on the Math.
The combination of lecture plus lab can be intimidating. If a caption or explanation is included this helps, but please use your discretion. At one large university, where a thousand freshmen wanted to go into medicine, a professor actually said that he needed to weed out as many of the weak students as possible to make the advising and the application process more manageable. It's easy to get so caught up memorizing structures that you can fall behind. Study hard, and study every day The only way to get an A in organic chemistry is to spend at least 10 hours a week studying. Courses such as medical biochemistry, pharmacology which has a lot of organic compounds , microbiology, and pathology all involve concepts that build on each other, much like in organic chemistry. Furthermore, the course will give you a much greater understanding of the chemistry of biologically important molecules such as amino acids, lipids, and sugars.
Dont underestimate the value of extra help sessions. The reason admissions committees look closely at organic chemistry grades is that organic chemistry requires not only memorization although some claim that it doesnt and lots of study time, but problem solving skills. Organic chemistry is the most dreaded of all science classes. For example, I go to school full time but I also have a job. Its not enough to read through problems and look at the answers. You just need to know how you can turn one thing into another and kind of understand what is happeneing while doing it. I know she is trying very hard.