# Are all functions computable?

**Last updated:**May 23, 2022

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If you're looking for the answer to the question: **Are all functions computable?** then you've come to the right place! We've gathered the most relevant information and related questions to: **Are all functions computable?** so you can get an accurate answer to your question.

## What makes a problem computable?

There is no universal definition of what it means to "computably solve" a problem, but in general, a problem can be solved by finding a solution that can be expressed as a computer program. In other words, the solution can be written down as a set of instructions that a computer can follow.

## What does it mean to be effectively computable?

A computer is effectively computable if there exists a algorithm that can be used to compute the result of any given statement on the computer. This means that the statement can be performed by the computer, but the algorithm used to do so is unknown.

## Why are all relations not functions?

All relations are not functions because not all functions are relations. A relation can be a function, but not all functions are relations. A relation is a mathematical concept that is used to describe a relationship between two sets.

## Is Ackermann function computable?

Ackermann function is not computable.

## Are all relations functions?

There is no right answer to this question as it depends on the context and the specific relationship being discussed. However, in general, most relationships are functions. This means that they take one input and produce one output.

## Is every function computable?

There is no definitive answer to this question as it depends on the specific function in question. However, many functions are believed to be computable, meaning that a computer could theoretically find a set of instructions that would result in the function being executed.

## Are all recursive functions computable?

No, all recursive functions are not computable. Some recursive functions are possible to compute, but are not well-defined or do not have a well-defined termination condition.

## Are all natural numbers computable?

The answer to this question is not clear cut, as there are some natural numbers that appear to be not computable. However, it is generally accepted that all natural numbers are computable, as there are algorithms that can be used to calculate them.

## Are all primitive recursive functions computable?

No, not all primitive recursive functions are computable. For example, the function fibonacci(n) is primitive, but it cannot be computed in polynomial time.

## Are primitive recursive functions computable?

A recursive function is a function that calls itself. Some mathematicians believe that all recursive functions are computable, but this is not generally accepted.

## What is effectively computable function?

An effectively computable function is a function that can be computed by a computer. This means that the function can be expressed in a mathematical model that can be solved by a computer.

## Are computable numbers countable?

The answer to this question depends on what you mean by computable. If you mean that there is a algorithm that can be used to calculate a given numbers, then the answer is yes. If, however, you mean that there is a finite number of numbers that can be calculated by this algorithm, then the answer is no. There are an infinite number of numbers that are not computable.

## What is a non-computable function?

A non-computable function is a function that cannot be computed by a computer. These functions are often used in theoretical mathematics and computer science, and can be difficult to understand.

## What relation is not a function?

The relation "not a function" is used to indicate that a relation is not a function. This means that the relation is not a one-to-one correspondence between pairs of objects.

## What is turning computable function define recursive function?

A recursive function is a function that can be defined by recursion. Recursive functions are used to solve problems by taking a set of inputs and then returning a set of outputs.