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HALP FAST
I need to know how do I do this?

Also, the answer is also welcome.
 
you use L'opitals rule

the answer is -2/3

L'hopitals rule (sp.?) is when if the limit of a function cannot be found (as it would involve dividing by zero), where the function can be split to show :

f(x)/g(x)

the limit will still stand if you differentiate both top and bottom line independant from each other, that is to say:

limit of f(x)/g(x) = f'(x)/g'(x)

so sin(2x)/(5x^2 - 3x) becomes :

2cos(2x)/10x-3

so 2x1/0-3 = 2/-3 = -2/3
 
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Sorry to put you through that trouble, but my friend helped me via facebook.

I got -2/3, and the computer says that I was right. D:

Thank you for the help though! :D
 
Sorry to put you through that trouble, but my friend helped me via facebook.

I got -2/3, and the computer says that I was right. D:

Thank you for the help though! :D

lmao no problem, what method did you use to find it out of interest?

EDIT: I see my mistake, im an idiot lol fixed now, cant believe i missed that xD
 
EDIT: This:

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Except with a negative 3.

i see what you done there, but the last bit of it, i could be wrong, but surely:

lim sin(2x)/2x = 0/0 which is the same problem you started with, it does not
equal 0, but technically approaches in infinite amout as
you cant divide by zero? thus l'hopitals rule must act
on this as well to give a numerical value

sorry if im annoying you lol
 
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What are all of the dynamics of tightening and loosening tension? I mean how does it affect corner cutting, speed, jamming etc. as you tighten or loosen it? More specifically for a "new" type a iii but any advice would be very helpful. My centercaps take the jaws of life to take them off :fp and I don't like constantly putting them back on and off
 
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