violet_yoshi wrote:
TheMachine1 wrote:
werbert wrote:
I once took a math lab course in which each student worked at his or her own pace and failed it miserably. I am too undisciplined to take a class without someone standing at the front of the room jibber-jabbering away, and with me taking notes. There's just no other way for me to learn about anything I'm not interested in.
Well what I have in mind is software (which likely does not exsist) that would do the
work of the teacher. Keeping you learning at all times. Forexample if it detected
you could not factor a certain polynomial type it would avoid that in other examples and
then go back to it at a better time. It would keep you working at a driven like a motor
pace. When it sence you were tire (via a eeg brainwaves) it would tell you get up drink
250 ml of Tang then jog in place for 5 minutes and take 5 minut bathroom break. Then It might switch subjects to English.
I think they have that, it's called kids' educational software. Sorry for sounding sarcastic, if I came across that way. It's just that I grew up learning from kids' educational games, and really they are like learning but fun. Also some of them, it seems more now, have a parent timer that's secured with a password. So you can set the amount of time the child can play the game, and then it'll say "You've got to quit now" or something when time's up.
Yeah I downloaded alot of math shareware programs when I was brainstorming
my college alegbra software idea. And what I saw was totalily useless. One guy in
some European country even used different colors in text like program and called it
visual learning. What useless crap. I mean strong graphics engine using a 3-d render
like say povray that would make 3-D image of models for math problems. I would
relate all math operations to a physical 3-D problem. The volume of a box as ratio
to its surface area (division of polynomial) . The computer would show how if the volume of the boxes goes up its realtive surface area gets smaller. By visually showing
that in various ways. It could show how that concept relate to the size of biological
cells (why they are a certain size). It could do problems related to cell sizes.