The law of quadratic reciprocity 'or' statementquadratic reciprocityShow that the statement in the Law of Quadratic Reciprocity can be written (as Gauss did as)Equivalent statement to Quadratic reciprocityDifferent formulations of the Law of Quadratic ReciprocityQuadratic ReciprocityAbout a Proof of Quadratic Reciprocity LawSecond supplemental law of Eisenstein ReciprocityUsing quadratic reciprocity to motivate higher reciprocity laws?How do I use the Law of Quadratic Reciprocity to solve a congruence?Kronecker symbol and the connection to quadratic reciprocity
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The law of quadratic reciprocity 'or' statement
quadratic reciprocityShow that the statement in the Law of Quadratic Reciprocity can be written (as Gauss did as)Equivalent statement to Quadratic reciprocityDifferent formulations of the Law of Quadratic ReciprocityQuadratic ReciprocityAbout a Proof of Quadratic Reciprocity LawSecond supplemental law of Eisenstein ReciprocityUsing quadratic reciprocity to motivate higher reciprocity laws?How do I use the Law of Quadratic Reciprocity to solve a congruence?Kronecker symbol and the connection to quadratic reciprocity
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I have just seen written that $(frac17101)$ = $(frac10117)$. But doesn't the law of quadratic reciprocity state that $(fracpq)$ = $(fracqp)$ if $pequiv1 mod 4$ OR $qequiv1mod4$?
number-theory modular-arithmetic legendre-symbol
$endgroup$
add a comment |
$begingroup$
I have just seen written that $(frac17101)$ = $(frac10117)$. But doesn't the law of quadratic reciprocity state that $(fracpq)$ = $(fracqp)$ if $pequiv1 mod 4$ OR $qequiv1mod4$?
number-theory modular-arithmetic legendre-symbol
$endgroup$
7
$begingroup$
In mathematics, "or" is almost always inclusive, so we allow for both conditions to hold.
$endgroup$
– Wojowu
yesterday
add a comment |
$begingroup$
I have just seen written that $(frac17101)$ = $(frac10117)$. But doesn't the law of quadratic reciprocity state that $(fracpq)$ = $(fracqp)$ if $pequiv1 mod 4$ OR $qequiv1mod4$?
number-theory modular-arithmetic legendre-symbol
$endgroup$
I have just seen written that $(frac17101)$ = $(frac10117)$. But doesn't the law of quadratic reciprocity state that $(fracpq)$ = $(fracqp)$ if $pequiv1 mod 4$ OR $qequiv1mod4$?
number-theory modular-arithmetic legendre-symbol
number-theory modular-arithmetic legendre-symbol
asked yesterday
JlatmerJlatmer
64
64
7
$begingroup$
In mathematics, "or" is almost always inclusive, so we allow for both conditions to hold.
$endgroup$
– Wojowu
yesterday
add a comment |
7
$begingroup$
In mathematics, "or" is almost always inclusive, so we allow for both conditions to hold.
$endgroup$
– Wojowu
yesterday
7
7
$begingroup$
In mathematics, "or" is almost always inclusive, so we allow for both conditions to hold.
$endgroup$
– Wojowu
yesterday
$begingroup$
In mathematics, "or" is almost always inclusive, so we allow for both conditions to hold.
$endgroup$
– Wojowu
yesterday
add a comment |
0
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7
$begingroup$
In mathematics, "or" is almost always inclusive, so we allow for both conditions to hold.
$endgroup$
– Wojowu
yesterday