<p>i was about to omit, but then i read the problem again. i had absolutely no clue of how to actually solve it but i was like ok... this guy is taking a picture. i don't care what kind of camera it is, there is now way in hell the tree image will be .4m. basically .025 seemed the most reasonable</p>
<p>right, the direction was northwest</p>
<p>its just 10/.1 = 2.5/x or something</p>
<p>alright cool im glad we have that one settled lol.
any others?</p>
<p>there was a conservation of energy answer somewhere. there was also a spring question w/ harmonic motion. I used the equation T = 2pirad(m/k). it asked to increase frequency i think so i think i said make k bigger</p>
<p>Voltage in the resistor 2 ohm resistor that was in parallel with another 2 ohm resistor and both were in series with a 1ohm resistor, connected to a 6V battery. i said V = 3 i think</p>
<p>^^that would be right but idk if i put that. was there another choice regarding mass?</p>
<p>any guesses on what the curve is going to be?</p>
<p>agreed with both bco09</p>
<p>i may be mistaken grade inflation. all i remember is the problem in general and whatever i put made sense at the time lol</p>
<p>capacitors store energy...</p>
<p>when i took the test, i was pretty confident. This thread has made me sad...now i will be worried until scores come out. </p>
<p>I really hope the curve is like 16 questions or something ridiculous like that.</p>
<p>HEY, is the field UNIFORM for the plate? i remember there was a question with two plates and 'choose a graph' thing and I chose the graph with a straight line (horizontal).</p>
<p>HEY, is the field UNIFORM for the plate? i remember there was a question with two plates and 'choose a graph' thing and I chose the graph with a straight line (horizontal).</p>
<p>yup</p>
<p>what's a usual curve?</p>
<p>was this harder than normal?</p>
<p>light enters a vertical polarized plate, then a horizontal polarized plate, so no light exits. right?</p>
<p>what was answer to the throwing object on moon question?</p>
<p>I'm pretty sure it was 2.5 times as high. I just thought of the clips i saw of astronauts jumping on the moon, and there was no way they were jumping 6 times their usual jump!</p>
<p>i think that is very good reasoning LOL</p>
<p>i calculated the distance using the big 5 equations and different values for g and got 6 times.</p>