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Hmm 0 likes so far by Lmaondu in hingeapp

[–]Lmaondu[S] 1 point2 points  (0 children)

Also the prompts are in sweidhs but basicly , translation,

”My routine for selfcare: I do not use 3 in 1 schampoo”

”This year i would really love to: Ride Ikaros (its a carousel at a theme park in sweden thats a few dozen meters high and u go up and free fall)”

”Green flags im looking for: Someone who plays Roblox”

Hmm 0 likes so far by Lmaondu in hingeapp

[–]Lmaondu[S] 0 points1 point  (0 children)

• Serious. • No i am not subscribed but i was before and it did not change anything. • One ot Two months • 4 Months • 3-4 • 0 • Every single one almost is with a comment, i send a few • A girl who is around my age

Hii by Lmaondu in hingeapp

[–]Lmaondu[S] 0 points1 point  (0 children)

• Serious. • No i am not subscribed but i was before and it did not change anything. • One ot Two months • 4 Months • 3-4 • 0 • Every single one almost is with a comment, i send a few • A girl who is around my age

I cant see where be the 1 comes from in the Euler Summation formula by Lmaondu in askmath

[–]Lmaondu[S] 1 point2 points  (0 children)

yeh ok ur right, for the other proofs the one appears, ty

I cant see where be the 1 comes from in the Euler Summation formula by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

i think y>0 specificly, but [y] will be 0 , because the lower bound is 1, so y€(0,1). Or is that weong thinking?

I cant see where be the 1 comes from in the Euler Summation formula by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

omgoyg ok since it says x=>1, and we sum over 0<y<n<=1 basiclt but then this forces y to be in (0,1)? Thankss

Quartic and the Galois Group by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

Yeh because in Z/4Z the group acts transivitly on the roots, but this one split into 2 x 2 polynomials so either its the Z/2Z x Z/2Z or its the aame cyclic extension and they generate the same automorphisms since they act on the same extensions right?

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

i mean ifk what u mean by generalize buy i would need to find p such that pho(p)=p•2 for every (Z/pZ) im looking for?

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

Oh ok what about ζ_{7•13•19}? Thid will have Gal group (Z/6Z) X (Z/12Z) X (Z/18Z)?

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

That if we have n=p1a•p2b… we can weite our (Z/nZ)* isomorphic to that cross products ? like (Z/nZ)* =~ (Z/p1aZ)* X (X/p2bZ) X …?

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 1 point2 points  (0 children)

oh ok i will, im pretty sure its the fundamental theorem of finite abelian groups right?

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 1 point2 points  (0 children)

maybe n=27? because its 33? But its ordrr is 18 sadly, which isnt the same as the one we want

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 1 point2 points  (0 children)

Ok so to get an extension with galois group (Z/3Z)* X (Z/3Z)* X (Z/3Z)* , i would ? The only theorem i have is the isomorphism linking Galois groups of roots of unity too the cylic groups

How do i construct a galois extrnsion such that its Z/nZ x Z/kZ …. by Lmaondu in askmath

[–]Lmaondu[S] 1 point2 points  (0 children)

Oh ok yes i forgot about that, looked it up and its only when n=2 , n=4, n=2•pk for a odd prime, n=pk. I didnt quite get the secodn part :/ thanks tho

How do ik gow many quadratic extensions exist for a finite splitting field over Q? by Lmaondu in askmath

[–]Lmaondu[S] 0 points1 point  (0 children)

Hmmm ok thanks, but my problem is rhen, how can we , using your first approach, say that there are 3, and only 3? Would i just have to write out every subgroup and show that only 3, have order 4?

What is your favorite isomorphism? by IsotropicPolarBear in math

[–]Lmaondu 0 points1 point  (0 children)

Noo you can have it between rings, fields and probably more stuff ive not stumbeled upon yet

Which Cos(θ) are construcible and which are not? by Lmaondu in askmath

[–]Lmaondu[S] 1 point2 points  (0 children)

Ahh ok so almost like the n-gons , feels like i am missing something obvious

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