1976Proceedings of the American Mathematical SocietyRequires access

On Linear Planes

Avinash Madhav Sathaye

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Abstract

A linear plane over a ground field $k$ is an algebraic surface in affine $3$-space over $k$ which is biregular to the affine plane and whose equation is linear in one of the three variables of the $3$-space. In this note we give a concrete description of a linear plane over a field of characteristic zero, thereby proving it to be an embedded plane, i.e. we show that by an automorphism of the affine $3$-space, it can be transformed to a coordinate plane.

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A linear plane over a ground field $k$ is an algebraic surface in affine $3$-space over $k$ which is biregular to the affine plane and whose equation is linear in one of the three variables of the $3$-space. In this note we give a concrete description of a linear plane over a field of characteristic zero, thereby proving it to be an embedded plane, i.e. we show that by an automorphism of the affine $3$-space, it can be transformed to a coordinate plane.

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Available abstract

A linear plane over a ground field $k$ is an algebraic surface in affine $3$-space over $k$ which is biregular to the affine plane and whose equation is linear in one of the three variables of the $3$-space. In this note we give a concrete description of a linear plane over a field of characteristic zero, thereby proving it to be an embedded plane, i.e. we show that by an automorphism of the affine $3$-space, it can be transformed to a coordinate plane.

Key concepts: Affine plane (incidence geometry), Plane (geometry), Affine transformation, Plane curve, Mathematics, Affine space, Space (punctuation), Automorphism

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