Ask a New Question

Asked by mathslover

Find the largest possible number of distinct integer values {x_1,x_2,…,x_n}, such that for a fixed reducible degree 4 polynomial with integer coefficients, |f(x_i)| is prime for all i?
12 years ago

Answers

Answered by subharthi
its 4
12 years ago
There are no AI answers yet. The ability to request AI answers is coming soon!

Submit Your Answer


We prioritize human answers over AI answers.

If you are human, and you can answer this question, please submit your answer.

Related Questions

What is the largest whole number that will round up or down to 900900900 if we're rounding to the ne... What is the largest whole number X for which 2x is less than 13.7? What is the largest prime number less than 50 and how do you know? write the largest 4-digit number using the digits 9 and 8.Use each digit twice Find the LCM of the given numbers 10 to 25 Find the largest possible value of 2x + y if x and y are the lengths of the sides of a right triangl... Find the largest $n$ so that $f(2) \cdot f(3) \cdot f(4) \cdots f(n-1) \cdot f(n) < 1.98.$ Find the largest possible value of sqrt[(x-20)(y-x)] + sqrt[(140-y)(20-x)] + sqrt[(x-y)(y-140)] if... Find the largest possible value of x^3+y^3+z^3 for realx, y, z, such that xyz^2=−64y−128x x^2yz=−3... find the largest possible value of s=2x+y if x and y are side lengths in a right triangle whose hypo...
Submit Your Answer

Question

Find the largest possible number of distinct integer values {x_1,x_2,…,x_n}, such that for a fixed reducible degree 4 polynomial with integer coefficients, |f(x_i)| is prime for all i?

Ask a New Question
Archives Contact Us Privacy Policy Terms of Use