Ay, now I feel kind of discouraged. And I saw her from the corner of my eye at school today and I felt... anger, I guess? I don't know, I don't think I like going the extra mile for anyone anymore. Is it wrong that I feel she's undeserving of my effort anymore? I think I'm starting to feel...
We were really close. Or at least from my perspective. I can't really gauge friendships though... But yeah, I'm very discreet, I guess. Well, no, I am. And we haven't talked in a very long time. Is it really necessary for her to know it's from me? I mean, it is a gift. And it will have a lot...
Yeah, I tend to go the extra mile. But I've learned, at -least- for the most part, not to do that anymore. I haven't done anything for anyone in the last three months. Haha, that sounds selfish. But it's true. In any case, it's her birthday. And I like going all out. I just want to make it...
Hmmm, I like both ideas (wasteofo2, lisab). I think I may combine them. I think I'd really like to make a movie poster of The Catcher in the Rye using deco art. Give it a classical but disarmed look. In it, the credits could say she's the director/cinematographer, her brother as Holden...
I need an idea or inspiration for a discreet birthday gift :(
A little bit of background on me. I am 20. I am studying Aerospace Engineering with Mathematics, Physics, and Pre-Med minors. I have been diagnosed with Asperger's syndrome. I am also a grapheme and auditory synaesthete. And I have...
I don't really have any work because I don't know how to approach this problem. I mean what I tried to do was draw a picture, a 25x25 grid just to try and illustrate it. And then since it says to leave it by two blocks I shaded two block in every direction so it's more like a 23x23. That's...
Howdy,
I'm completely not sure how to go about this problem. I feel like there is more than one way to approach this problem. I just know words can go forwards, backwards, and diagonal and just get stuck there. So here it is:
What is the probability that a letter in a given position...
I'm just starting off ODE too...
Here's my work up to a certain point...
dy/dx = x / (1+y^4)
multiply both sides by (1+y^4) and dx you get
(1+y^4) *dy = x dx
Integrate
I get y + y^5 = (1/2)x^2 + C
Howdy!
A little introduction, my name is Alfonso, I'm a Physics major. I'm orginally from Mexico but I've been living in the States for about half my life. I'm beginning my third year of college at Texas Tech and am thoroughly enjoying my time here! I'm actually a bit behind on my classes...