Really....I didn't know Wolfram was so useful. Maybe it's because the kids who would use Wolfram to cheat don't know it exists? Most of the high schoolers I know are either too lazy or too stupid (isn't that the same?) to even qualify for a basic calc class, and the ones that are gifted enough are still too lazy to do the work anyway. Plus, many of my college peers complain calc I and II are the most difficult classes in their curriculum (a laughable notion). People bring me problems on occasion that have subtle tricks that I don't think would show up in a wolfram search.

Ever since I got the hang of algebra, I've adored math, but I'm INTJ. Maybe that's why I'm in biophysics. On the other hand, I've always found artistic ventures to be pretty awesome, regardless of the fact that I can't stay focused on any particular discipline. They're all too interesting.

Then again, my love for calculus is probably influenced by humans' love of the familiar--as someone who tutors in it, I'm more comfortable with it, and am enamored of that exhilarating clarity of understanding.

I think if I had chosen the math/science department of my school, I'd be more interested in math, since I'm not so good at science. I dunno, though. xD I'd probably always be interested in people. I did a psych study and had no training in stats, so I did this roundabout math thing--it worked, but exhausted me because I reworked it three times. x.x It cooled my enthusiasm for psychology. 

And yesss, that's partly why I really like computer science--there are so many applications I want to create or improve, but I don't yet have the necessary tools/knowledge. xD

Hah I feel the same way minus the science part. I love science in general though I wouldn't want to work in it... I would rather read about the findings then sit there putting rats on hotplates all day long and entering the results in a log. I'm almost done with my second degree in IT/Coding. I really like writing code but don't like learning how to do so. Writing code is fun and exciting because there are so many possibilities. It feels amazing when you get to create a machine right out of your head... and it actually works! Pure imagination and thought translated into reality right in front of your eyes!

I love binary logic.

Define (0,1) = B

Define unary operation NOT(x) on B as 0>1, 1>0
Define binary operation OR(x,y) on B as 0,0>0, 0,1>1, 1,0>1, 1,1>1
Define binary operation AND(x,y) on B as 0,0>0, 0,1>0, 1,0>0, 1,1>1

 Every other operation there is can be built from these 3 operations... like 

Define binary operation XOR(x,y) on B as 0,0>0; 0,1>1; 1,0>1; 1,1>0; == (x AND NOT y) OR (NOT x AND y)

You wanna add two binary strings together? No problem. You do
out=x XOR y
cout=x AND y

do until (cout==0)
out+1=out XOR cout
cout+1=out AND cout

this is what a computer does. The complexity of an add operation is proportional to the bit string length -> the word size. This is for integers, of course. Floating points are very different. Right now we have 64 bit computers, so the basic word length for an integer is 64 bits.

EDIT: (This is how a computer adds two numbers together, in short)