I'm having trouble working this problem out. Help pls? Find dy/dx by implicit differentiation. (x − y)/(4x + 10y) = 8x
1/4-y/4x+10y=8x
Can you get it from there?
I'm new at this by the way. lol. so, are you dividing the function by 1/4-y or how did you get that part?
I understand derivatives, but the differentiation is throwing me off..
I just split that fraction up,
(x − y)/4x + 10y = 8x, assuming that the 4x is in parenthesis\[(x-y)/(4x)+10y=8x, x/(4x) -y/(4x)+10y=8x\]
Now, multiply both sides by 4x, and tell me if you hav trouble
so multiplying by 4x on each side would eliminate the 4x on the denominator for only x, and not y?
from my notes, I'm instructed to use the quotient rule, however if this method is easier and effective I'll use your way.
maybe I didn't correctly display the function. Does this make it a different problem? |dw:1333125966534:dw|
Yes, it does. Actually I know what you are supposed to do; let me show you.,
|dw:1333129524507:dw|
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