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Q: Why is it fflushstdin only for characters but not for integers?

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There are no such integers.

d integers

No because integers are only whole numbers

By the uniqueness of integers, the only integer for 12 is 12 itself.

By the uniqueness of integers, the only integer of 72 is 72 itself.

1.3 is a fraction. The concept of odd and even applies only to integers.1.3 is a fraction. The concept of odd and even applies only to integers.1.3 is a fraction. The concept of odd and even applies only to integers.1.3 is a fraction. The concept of odd and even applies only to integers.

A discrete variable can only have specific values (often integers), and nothing in between. A continuous variable can not only have (for example) the value of two consecutive integers, but also anything in between.A discrete variable can only have specific values (often integers), and nothing in between. A continuous variable can not only have (for example) the value of two consecutive integers, but also anything in between.A discrete variable can only have specific values (often integers), and nothing in between. A continuous variable can not only have (for example) the value of two consecutive integers, but also anything in between.A discrete variable can only have specific values (often integers), and nothing in between. A continuous variable can not only have (for example) the value of two consecutive integers, but also anything in between.

In different languages we have different datatypes . Like in c++ we have int for integers , string for strings . In database we have datatypes, number for storing integer and varchar2 for storing string or characters.Like in languages like c we have datatypes such as char for characters , int for integers etc . In database we have datatype to denote the type of the field example numbers for storing integer, Varchar for characters.

It is if we only consider integers. If we consider all real numbers, for example, it would not be.

To be considered as a 'strong password' today, a password must have at least 8 characters. The 8 characters must be a mixture of integers and alphabets.

The term "consecutive" only makes sense for integers; you can't solve this with integers.

6.3 is a rational number but it is not an integer because only whole numbers are integers.

Only whole numbers are integers, whether negative or positive.

It is a whole number and an integer but, since it is only one number, it cannot be "a integers"!

The vast majority of rational numbers are not integers - only an infinitesimally small proportion are integers.

There is only one, and that is -13.

No, natural numbers only include non-negative integers.

By the uniqueness of integers, the only integer for 39 is 39 itself. And that cannot have a sum of 3.

No. "Natural numbers" only refers to integers greater or equal to zero, that is, non-negative integers.

The term "whole number" is somewhat ambiguous. It MAY refer to integers; or it MAY refer only to non-negative integers ("counting numbers").

Speaking of integers, 31 is a prime number meaning it is only divisible by itself and 1. That is only two numbers. So there is no set or three integers that multiply to get 31.

254

no, only whole numbers.

The LCM applies to integers, not fractions.

Two integers can have only one sum, not two as required by the question.