Help! Algebra

Someone in my Quantitative Genetics class drew a Whale for an answer on the last test.

For Genetics 410, I once wrote out the entire lyrics to "The Weight" by The Band for an answer.

Isn't school fun?

Quoted the Matrix in a philosophy essay. Got a C. If I would've used the first film instead of the sequels, probably woulda got a better grade.
 
x=-1180.63424119
y=1184.82915294

these are rough, but as close as i can get. if you plug these numbers into the variables, and add them together, you actually come up with 999,999.99999999 instead of 1,000,000. while not 100% acurate, it's as close as i can come up with using my calculator.
 
how would you get air movement over the wings?

267422_300.jpg
 
x=-1180.63424119
y=1184.82915294

these are rough, but as close as i can get. if you plug these numbers into the variables, and add them together, you actually come up with 999,999.99999999 instead of 1,000,000. while not 100% acurate, it's as close as i can come up with using my calculator.

Stick to marketing:wink:
 
Easiest way to solve this is to set one variable to 0, then divide 1000000 by the other coefficient.

i.e.

y=0
1717x+845*0 = 1000000
x=1000000/1717
x=582.411 approx.

Or you can write it out in linear formula y=Mx + b
In this case: y=-1717/845x + 1183.431

I've also included an image of the line that this equation would create, from wolframalpha.com.

Oh yeah, and it took a math problem to get me to register and post.
 
Easiest way to solve this is to set one variable to 0, then divide 1000000 by the other coefficient.

i.e.

y=0
1717x+845*0 = 1000000
x=1000000/1717
x=582.411 approx.

Or you can write it out in linear formula y=Mx + b
In this case: y=-1717/845x + 1183.431

I've also included an image of the line that this equation would create, from wolframalpha.com.

Oh yeah, and it took a math problem to get me to register and post.

It should be noted that the line of possible solutions actually extends in both directions infinitely. There are an infinite number of solutions, all of which lie on the line.