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Mathematics 8 Online
OpenStudy (jpsmarinho):

What cases a limit of a function does not exist?

OpenStudy (anonymous):

if the answer is undifined or (plus or minus infinity)

OpenStudy (jpsmarinho):

Answer undefined? There's also the case that the function has gaps and discontinuity, right?

OpenStudy (anonymous):

yes for example sec it is discontinuous at 90 or pi/2 but continuous at some points eg at 90 this is called interval discontinuity

OpenStudy (jpsmarinho):

Wait, Your affirmative is not wrong?" but continuous at some points eg at 90 "

OpenStudy (anonymous):

i want say 360 ''

OpenStudy (anonymous):

r u doing advanced calculus if yes pls integrate this\[\int\limits_{0}^{t}\alpha \beta x ^{\beta-1} e ^{-alphax ^{\beta}} dx\]

OpenStudy (jpsmarinho):

I'm doing calculus 1 . But, to integrate this function, I think that I only need do direct substitution, right?

OpenStudy (anonymous):

my problem is because i have to x(s) with different notations one is at other function and another is at another function but is the exponent

OpenStudy (jpsmarinho):

By my results, The undefined integration is equals to -e^(-alpha*x^(beta)) + c

OpenStudy (anonymous):

so i've never found this function at calc 1.form ur unswer which method did u use

OpenStudy (jpsmarinho):

And the defined function is equals to -e^(-alpha*t^(beta)) - 1

OpenStudy (jpsmarinho):

Sorry, the defined integration

OpenStudy (jpsmarinho):

You know how to draw in this website? If yes, I can write to you how I got this values.

OpenStudy (jpsmarinho):

Or how post photo

OpenStudy (anonymous):

yes ,to draw

OpenStudy (anonymous):

do it pls

OpenStudy (anonymous):

did u use by parts ?

OpenStudy (jpsmarinho):

But, how I draw?

OpenStudy (anonymous):

u click draw use ur mouse to write

OpenStudy (jpsmarinho):

I posted in my Facebook page

OpenStudy (anonymous):

do u use this name at facebook

OpenStudy (anonymous):

jps is right except for the defined intergral.i got \[ -e ^{-\alpha t ^{\beta}} + 1\]

OpenStudy (jpsmarinho):

Ah, beketso, I correct in the image ^^

OpenStudy (jpsmarinho):

Thanks for the medal! You saw the image?

OpenStudy (anonymous):

@REMAINDER. try to let \[u = \alpha x ^{b}\]

OpenStudy (jpsmarinho):

Beketso, you know how to post photo ?

OpenStudy (anonymous):

go to settings at the top of your window.then u'll c an option to change ur pic

OpenStudy (jpsmarinho):

Noo, I'm told post a photo of a exercise that I wrote

OpenStudy (anonymous):

u have option to attach a file.try that

OpenStudy (jpsmarinho):

Aah, thank's!!

OpenStudy (anonymous):

yw

OpenStudy (anonymous):

jst saw the attachment.now what do u use to write that?

OpenStudy (jpsmarinho):

It's a app called bamboo paper for IPad

OpenStudy (anonymous):

ok

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