1. An algebraic expression is a combination of numbers, variables, and operation symbols. It can be classified as a monomial, binomial, or trinomial based on the number of terms.
2. Like terms contain the same variables raised to the same powers, while unlike terms do not. Multiplication of algebraic expressions follows rules such as the product of like signs being positive and unlike signs being negative.
3. There are special product identities for multiplying binomials and factoring algebraic expressions through grouping and finding greatest common factors. Division of algebraic expressions also follows rules regarding the signs of the quotient.
Computing for Isogeny Kernel Problem by Groebner BasisYasu Math
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Today, Tani's Claw finding algorithm is the fastest method of isogeny kernel problem. However, We don't use the property of elliptic curves and isogeny to solve the problem by Tani's algorithm. We suggest new method of computing for isogeny kernel problem by Velu's formula and Groebner basis.