solve this

[HashiraMadara]

these needs some solving

You must be registered for see images

You must be registered for see images

lets do it together if you're intelligent enough

 

[Solog0d]

darude sandstorm. ( i never learned that)

 

[SaadBoujane]

this isn't Math class mate

 

[Clouds]

the fk.... i don't even ._.

 

[obito uchiha the wraith]

shit looks like Egyptian

 

[Tyrion Lannister]

I think integration by parts would do the trick after substituting x2=y and x dx= dy/2

 

[Flakez]

I didn't come here to do math.

 

[Ōkami]

How about no?

 

[TheVillain]

shit

hieroglyphs

 

[patricialicious]

these needs some solving

You must be registered for see images

You must be registered for see images

lets do it together if you're intelligent enough

fix your ****ing grammar first ass wipe

these needs some solving???????? gtfo with your pseudo intellect.

 

[HashiraMadara]

I think integration by parts would do the trick after substituting x2=y and x dx= dy/2

that would almost work on the first one but the second one is a multi-virable so you need a 3D by parts and U subs

 

[JackelLord]

Intergration with Infinity limits and natural logs....

...Ain't got time for this sh*t lmao

 

[TheVillain]

fix your ****ing grammar first ass wipe

these needs some solving???????? gtfo with your pseudo intellect.

* Fix your F*cking grammar first ass wipe.

Fix your punctuation first ass wipe.

 

[Fuzzy Panda]

Calculus is my favourite topic in maths (although more of differentiation than integration). This shit is pretty interesting. Do you seriously want help? I have no idea on the second problem xD Is that multivariable?

Either way, i'm a lazy sack as are most people on the base so if you want help go on wolfram alpha.

 

[Raphael sannin]

2x = gdx 1/2
that's what i calculated...:snick:

 

[Tyrion Lannister]

that would almost work on the first one but the second one is a multi-virable so you need a 3D by parts and U subs

What do you mean almost? It'd work defiintely on the first one
After substituting with y we'd get

Integration from 0 to infinity(y^3/2*e^(-y)dy) . I hope you got that.

 

[HashiraMadara]

Calculus is my favourite topic in maths (although more of differentiation than integration). This shit is fun. Do you seriously want help?

it took me 18 min and a hot brain to do the first one and 3 days the second one(didn't want help) so just lookin for n*gga who can do it!

 

[HashiraMadara]

What do you mean almost? It'd work defiintely on the first one
After substituting with y we'd get

Integration from 0 to infinity(y^3/2*e^(-y)dy) . I hope you got that.

write it then print screen

 

[Tyrion Lannister]

write it then print screen

I can't believe I'm doing this >_>

You must be registered for see images

 

[aexayral]

I'll be learning this soon.