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R.P.
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A Galois extension of degree p$p$ has Galois group Z/pZ$\mathbb{Z}/p\mathbb{Z}$, so you are asking about abelian extensions of your local field. Thus the answer to your question can be obtained explicitly via local class field theory -- you can get the needed results out of Serre's Local FieldsLocal Fields or many other books.

A Galois extension of degree p has Galois group Z/pZ, so you are asking about abelian extensions of your local field. Thus the answer to your question can be obtained explicitly via local class field theory -- you can get the needed results out of Serre's Local Fields or many other books.

A Galois extension of degree $p$ has Galois group $\mathbb{Z}/p\mathbb{Z}$, so you are asking about abelian extensions of your local field. Thus the answer to your question can be obtained explicitly via local class field theory -- you can get the needed results out of Serre's Local Fields or many other books.

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JSE
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A Galois extension of degree p has Galois group Z/pZ, so you are asking about abelian extensions of your local field. Thus the answer to your question can be obtained explicitly via local class field theory -- you can get the needed results out of Serre's Local Fields or many other books.