<p>Yeah, you're right, pample. The critical thinking wasn't a problem - that's not something you can learn from a class, you either can or you can't. But the sheer amount of information that we didn't even cover was what hurt me. We didn't even get to current and a lot of the other information there. Like the Quasar one, for example. Presumably they think you learned about light-years in Physics. We never did. Luckily, I took Advanced Astronomy, so I still got it right. ;)</p>
<p>But it made me wish even more than I already did that my school offered an AP Physics, or even an Honors Physics. :(</p>
<p>graph 1 = particle going towards the middle
graph 2 = particle going around a circle half way (180deg), forming a semicircle arc
graph 3 = particle going all the way around the circle and stopping right behind where it started</p>
<p>Q1: Which graph(s) do the most work?
Q2: Which graph(s) do no work?
Q3: Where is the electric potential? or something like that the greatest</p>
<p>could anyone also remember the wordings of the glass prism question? i think i put angle of incidence. btw, what were the other answer choices? intensity, frequency, angle of incidence,......ARGHH this test was hard.</p>
<p>btw, prism question confirmed: "The refractive index (or index of refraction) of a medium is a measure for how much the speed of light (or other waves such as sound waves) is reduced. "</p>
<p>What was the answer to the question near the end with the masses on the pulley? Isn't g independent of mass so wouldn't the acceleration of both systems be the same?</p>
<p>i didn't find the test that hard actually
i read the princeton review and did the 5 PTs in REA and 2 in princeton
princeton review had some minor errors in the book but i found it more complete than any other. REA's description was really crappy, lol</p>
<p>oh btw
according to princeton's scale, raw score of 50 gives you a 750
which means you can get 20 wrong? that's a big scale right there..</p>
<p>i dont think gravity is acting with a net force on the blocks on the table (little m) so i said that the acceleration of the system with 1 block is greater than the one with 2, simply because theres more mass in system 2 and F=ma and F is just the force of gravity on the big block M hanging on the pulley. it makes sense intuitively too</p>