Hi,
I am a computer science major at Texas A&M in College Station. I have an internship and now that I have worked a while in the field (software engineering), I have realized one thing-> I don't remember anything from any of my computer science classes. Not one. I have a 3.659 gpa and I'm in...
Well I am also not talking about transfering to a community college, I am still going to be going to a university, it is just going to be cheaper. And this university is still very good for computer science from what i hear. And also computer science is so broad and is a subject that you have to...
I agree with what you put into your education is what you are going to get out of it. That is why I am really thinking about making the transfer since I am making things happen for myself rather than relying on teachers feeding it to me (which they won't do). And yes i am thinking about UTD to...
Well, since i will complete 2 years here and if i transfer then 2 years at another college, will companies look at that as well? And will it look any different to them or will they be neutral to it?
So, I currently attend Texas A&M in college station and I am a sophomore majoring in computer science in pretty good standing i suppose with a 3.659 gpa. My question is, is it really even necessary for me to attend this school when i could be going to a cheaper school back in my hometown of...
Ok, so I keep hearing about how you can only do something with a psychology degree if you hold a PhD. However, I love the subject and I am aiming to get a bachelors degree in it. I am just starting college and I think I could go far in the field. I was wondering what oppurtunities are there...
yes
Because (k + 4) ^2 = (k+4)(k+4) and you can't just multiply k*k and add it to 4*4 you have to multiply each element as in: k*k + k*4 + k*4 +4*4 which will give you k^2 + 8k + 16. so if you had (k+ 3)(k + 2) = k^2 + 2*k + 3*k + 6
For multivariable limits, the way my math books has taught me to prove they exist is to use the epsilon delta argument (for every epsilon > 0, there is a delta >0 ...). I have heard that for most cases you will almost never have to use this argument. Is this true? I know you can use the squeeze...