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Maths mandem


Alejandro Sosa

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The integral of 1/x --> ln | x | + kUsually taken as a given. The explanation is a bit longwinded.
You sure?He said X^-1, not 1/x though.
They are the same thing.
x^-2 = (x^-1)/-1Whats this then:The upper limits are x=1,x=3,y=1,y=3,z=0,z=3y+x???
x^-2 = 1/x^2what you said in the highlighted red equates to x^-2 = -x^-1 which makes no sense
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The integral of 1/x --> ln | x | + kUsually taken as a given. The explanation is a bit longwinded.
You sure?He said X^-1, not 1/x though.
They are the same thing.
x^-2 = (x^-1)/-1Whats this then:The upper limits are x=1,x=3,y=1,y=3,z=0,z=3y+x???
x^-2 = 1/x^2
Ok I get you.M/s = ms^-1Ahhh you learn it like that.Sqrt 4x = (4x)^1/2
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