<p>when i read the OP’s post and the responses about having to really love math and science, it made me think about whether there are different ways people would define doing something for fun. maybe the OP doesn’t like to do workbook problems or contests, but could still be very curious about scientific topics (It sounds like not, but hey)</p>
<p>whee the following is really long >.<
i am not even going to Caltech, so take it with a grain of salt, but since i already wrote it, i thought i would post it. no one has to read it if he or she doesn’t want to! (:<</p>
<hr>
<p>hmm
by doing math & science for fun, does it have to mean math problems that are really grindy/ difficult theoretical material, or science problems that have difficult computations?</p>
<p>i would consider myself as someone who likes science/math for fun (much more than other people in my school for sure), but it mostly involves “what if’s” and qualitative stuff, or if it’s quantitative, then something that i can easily keep in my head all at once, even if i need a calculator to actually evaluate it</p>
<p>for example, i had a long discussion with my friend who was taking AP Chemistry with me (who happens to be going to Caltech next year :B ) about the ‘theory’ behind our teacher’s method for calculating the concentration of sulfide ion in precipitation of sulfide problems, which was to assume that it all precipitates and then back calculate how much can “redissolve” according to the K_sp, and seeing if that’s really equivalent to what would actually happen</p>
<p>Or, another thing I thought was fun was debating on IM with another friend about whether having iron hydroxide reduced to FeO and Fe3O4 rather than Fe2O3 when burning it in a crucible would make a positive error or negative error in the % iron (the iron in the iron hydroxide came from a fixed mass of powder containing an unknown composition). He said it would make a positive error, because Fe3O4 has a higher molar mass than Fe2O3, but I said it would make a negative error, because you are actually getting more additional mass from the oxygen in the room per atom of iron from the sample if they’re in a ratio of 1 Fe: 1.5 O in Fe2O3 instead of 1 Fe:1 O in FeO, and I am right :P.</p>
<p>But…all of these thinkings were sparked by incidents that occurred in class, not something that I thought about just because…in fact, I only really think about math/science for fun if I can discuss it with someone else, or because I would be excited to tell them about it later & see what they think about it. it’s not like i set aside an hour or two per day to work on math and science thoughts because i like them so much, even though i wouldn’t mind working on math and science homework for that long.</p>
<p>–
and i think research can be a hobby, at least in high school…i spent lots of time after school in the lab & probably annoying my teacher, but it wasn’t for money & it was after i had already submitted my college apps</p>