Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that a. The notion of contact of order >=n is invariant by diffeomorphisms. b.Two curves...

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Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that a. The notion of contact of order >=n is invariant by diffeomorphisms. b.Two curves...

Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that

a. The notion of contact of order >=n is invariant by diffeomorphisms.

b.Two curves have contact of order >=1 at p if and only if they are tangent at p.

math Advanced-Math

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s bon curves have same velu al p e Cuwel ovaria because of İallennbill hvsm2.

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Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that a. The notion of contact of order >=n is invariant by diffeomorphisms. b.Two curves...

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Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that a. The notion of contact of order >=n is invariant by diffeomorphisms. b.Two curves...

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Add Answer to: Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that a. The notion of contact of order >=n is invariant by diffeomorphisms. b.Two curves...

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Define contact of order >=n (n integer >=1) for regular curves in R^3 with a common point p and prove that a. The notion of contact of order >=n is invariant by diffeomorphisms. b.Two curves...