<p>Share your thoughts, tips, and tricks here</p>
<p> Anyone?Share your thoughts, guys!! </p>
<p> Good Luck, everyone!</p>
<p> BEST OF LUCK</p>
<p>Hi, I am REALLY bad at physics, I am hoping just to get around 30-35 correct (basically a little less than half the test) in order to get at least a 600</p>
<p>I really want a 700 minimum. I’m going to force myself to answer at least 60 questions</p>
<p>
</p>
<p>What was the answer for nuclear mass? I think I put Rutherford’s experiment about Alpha particals </p>
<p>
[Quote]
</p>
<p>7) If astronaught weighs x ( forgot how much) + the weight of his suit = the mass of the astronaught on the earth, what is the weight of the suit? ( Hint: The gravatational force = 1/6 for the moon. </p>
<p> I think I put something like 143 Kg of suit? Correct me if I am wrong. </p>
<p>Number 5 is wrong it was 6 Newtons in the -x direction </p>
<p>LADS, </p>
<p>GUIDE: Things in PINK are the answer either I don’t remember or the ones that I am dubious about. In short, they are NOT THE FINAL ANSWERS. However, Things in Green are the answers I am 110% sure about. </p>
<p>@shsachdev thats wrong because the object is accelerating in +X direction. </p>
<p>Arggg… I verified with my peers, I think I am right… 
Wow </p>
<p>What did you put for the last question? </p>
<p> I want 780+ . </p>
<p>Remind me the question, again? @shsachdev </p>
<p>The mass of m1 compared to m2</p>
<p>Also, Karan, I am 100% sure about my answer to number 5</p>
<p>The weight of the suit was 375 Newtons </p>
<p>because you do 75 x 10 = (75+x)1.6667</p>
<p>OH YEAH!</p>
<p>
[Quote]
</p>
<p>Q75: The mass of m1 and m2 attached to spring are NOT moving, what can be concluded if the friction forces and the mass of string are negligible? The mass of m1 and mass of m2 are the SAME. </p>