<p>And thhere was a question … which point does no force act … the Two masses question X and Y… … 1 mass is M or sumthng … and others 1/2M. … was the answer P for it?</p>
<p>I don’t remember that question, skepticidal. Nor do I remember the force one, Khalidn. Do you remember what the diagram looked like?</p>
<p>Do you guys remember the question where there was a diagram:
battery on left, resistor on top, lightbulb on the bottom. And it asked where to place the voltmeter?
And two of the options were “Parallel with _<strong><em>” and the other two were “Parallel but in series with _</em></strong>” or “Series but in parallel with ____”. Those last two made no sense to me but I guessed one of them anyway . . .</p>
<p>oh yea it was on the right side of that line i forgot the answer, btwn y and p maybe?</p>
<p>didnt it say to measure the voltage drop across the bulb?</p>
<p>if so it would be parallel with the bulb…</p>
<p>idr what it asked/didnt read it ocmpletely</p>
<p>the answer was Parallel with</p>
<p>Lol this paper sucked soo much</p>
<p>Damn, parallel with the bulb, so parallel with the battery? I originally put that but changed it to the stupid ones.</p>
<p>For this force question, I think I picked the one in between them but closer to the one with less mass. I don’t remember the exact question though.</p>
<p>@skept: I think I said brighter bc greater current. </p>
<p>@zkap: what was the trees question? it was graph and trees were @ 2 and 8 and x=2 gave y = 5…? and x=8 gave y=25? that would be 90. Ok. yep</p>
<p>Uhh what tree question?</p>
<p>It was p–x–q–y–r with m(x) = M and m(y) = M/2 I put b/w q and y</p>
<p>curve predictions anyone?</p>
<p>This curve might be it but I would subtract 2 for the difficulty of this test.</p>
<p><a href=“http://stashbox.org/96648/SAT%20II%20Physics%20Score%20Conversion%20Table.pdf[/URL]”>http://stashbox.org/96648/SAT%20II%20Physics%20Score%20Conversion%20Table.pdf</a></p>
<p>gave a velo graph of car and times when passed trees</p>
<p>what was this “airplane question?”</p>
<p>also, did most of u say the trajectory for the ball thrown within the elevator would be as if it was thrown on level ground parabolic downward?? (since velocity was constant)</p>
<p>Oh I faintly remember this trees one. What did it ask for?</p>
<p>I don’t know the airplane one either . . .
Yes, I said it was a parabolic trajectory downwards.</p>
<p>@scohajo, you find the area under the graph between t1 and t2…</p>
<p>i got 90ish i think…</p>
<p>For airplane question, pretty sure 0 force since of constant velocity.</p>
<p>did anyone get 14 J for a problem near the end?</p>
<p>^if you can remember the question, possibly, unsure though…</p>
<p>what did people say for the efficiency one? i forgot how to do it right at the moment ;x</p>
<p>600J absorbed, 200J output (i said A, forgot what that was)</p>
<p>I got like 36J</p>