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Paysages Mathématiques

@paysmaths@mathstodon.xyz · 9 hours ago

Theorem of the Day (December 23, 2025) : Bézout’s Identity
Source : Theorem of the Day / Robin Whitty
pdf : https://www.theoremoftheday.org/NumberTheory/BezoutId/TotDBezoutId.pdf
notes : https://www.theoremoftheday.org/Resources/TheoremNotes.htm#249

#mathematics #maths #math #theorem @Theoremoftheday

Theorem of the Day

Comprehensive presentation of the "Theorem of the Day", starting with a statement of this theorem.

Bézout’s Identity : Let a and b be positive integers with greatest common divisor equal to d. Then there are integers u and v such that au + bv = d. — Comprehensive presentation of the "Theorem of the Day", starting with a statement of this theorem. Bézout’s Identity : Let a and b be positive integers with greatest common divisor equal to d. Then there are integers u and v such that au + bv = d.

Paysages Mathématiques

@paysmaths@mathstodon.xyz · 9 hours ago

Theorem of the Day (December 23, 2025) : Bézout’s Identity
Source : Theorem of the Day / Robin Whitty
pdf : https://www.theoremoftheday.org/NumberTheory/BezoutId/TotDBezoutId.pdf
notes : https://www.theoremoftheday.org/Resources/TheoremNotes.htm#249

#mathematics #maths #math #theorem @Theoremoftheday

Theorem of the Day

Comprehensive presentation of the "Theorem of the Day", starting with a statement of this theorem.

Bézout’s Identity : Let a and b be positive integers with greatest common divisor equal to d. Then there are integers u and v such that au + bv = d. — Comprehensive presentation of the "Theorem of the Day", starting with a statement of this theorem. Bézout’s Identity : Let a and b be positive integers with greatest common divisor equal to d. Then there are integers u and v such that au + bv = d.

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