0
It is easy to prove that it is impossible.
Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
It is easy to prove that it is impossible.
Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
It is easy to prove that it is impossible.
Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
It is easy to prove that it is impossible.
Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
Still curious? Ask our experts.
Chat with our AI personalities
Rene
Maxine
BlakeIt is easy to prove that it is impossible.
Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
Add your answer:
Earn +20 pts
How to find the rule from a function table?
alex makes $2.00 for every dog she walks on the weekands. complete the function table to show the relationship between the number of dogs alex walks and the amount of money that she makes.
What is a table organizing of the important rule and output of a function called?
A table organizing to imput rule and output of a function
How do you find maximum in SQL without using MAX function?
Using a left join of: SELECT a.number FROM table a, table b WHERE a.number < b.number where right table.number is null
Is a table a relation or function?
rational
What are some advantages of a function table in math?
it shows the function of things
