brentd49 said:
I took CAT--I think you have to unless they don't have CAT within a two drive or so.
OK, then there's something else you need to know: Not all the questions are of equal value.
The average GRE score on any section is 500 (this is not a coincidence, the test is engineered to produce that result). At the start of the exam the computer thinks that you're an average test-taker, and it gives you a 500 level question. If you get it right then the computer thinks more highly of you and gives you a more difficult question at, say, the 620 level (I'm just pulling this number out of the air). But if you get it wrong you are demoted by the same amount, so you would be at 380.
These adjustments start out coarse and get finer as you move through the exam. If you get yourself in a hole early then it is
very difficult to dig yourself out. By the time the exam is 2/3 over, you are fluctuating in a narrow band of scores, and by the time you get to the last few questions your score is basically determined (except for the finest adjustments).
What this means is that the early questions are by far the most important, and that you should spend the most time on them. Getting the last 5 wrong doesn't hurt your score that much, whereas getting the first 5 wrong is a total disaster. This brings me to the toughest thing to get through to a GRE student: In most cases you can actually improve your score by
slowing down[/color].
You should get the PowerPrep software with practice GRE CATs to get used to this system. It is authored by ETS.
I'll consider picking up the hit parade. Have you looked at Barron's 333 high frequency list?
I haven't, but I do know that Barron's is a good name. I would assume that their list is well-researched.
But what about the quantitative part. Would just working more problems be the best thing?
Yes, but there are tricks to be learned. Technical students are the hardest to coach for the GRE quantitative part, because they want to tackle all of the problems the way they learned to in their courses (set up equations and solve them, etc). ETS
knows that the average test taker is going to try to solve the problems that way, and they deliberately put more problems on the exam that can reasonably be solved conventionally within the time limit.
There are techniques for avoiding algebra, spotting "trap" answers, and using estimation that help cut through the minefield that ETS lays out for you.