integration of one upon axe
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Log axe plus c is required answer
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You have
∫1xdx=ln|x|+C∫1xdx=ln|x|+C
(Note that the "constant" CC might take different values for positive or negative xx. It is really a locally constant function.)
In the same way,
∫f′(x)f(x)dx=ln|f(x)|+C∫f′(x)f(x)dx=ln|f(x)|+C
The last derivative is given by
ddx|f(x)|=sgn(f(x))f′(x)={f′(x)−f′(x) if f(x)>0 if f(x)<0
hope it help u..
∫1xdx=ln|x|+C∫1xdx=ln|x|+C
(Note that the "constant" CC might take different values for positive or negative xx. It is really a locally constant function.)
In the same way,
∫f′(x)f(x)dx=ln|f(x)|+C∫f′(x)f(x)dx=ln|f(x)|+C
The last derivative is given by
ddx|f(x)|=sgn(f(x))f′(x)={f′(x)−f′(x) if f(x)>0 if f(x)<0
hope it help u..
anjalisinghaa:
wlcmm dude..
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