
r - Understanding the result of modulo operator: %% - Stack Overflow
Jul 22, 2016 · I had read that the remainder or result of modulo operator is supposed to be always positive, but this is not the case in R, and the definition and example provide here explain the …
Modulo Operator (%%) in R: Explained + Practical Examples
The modulo operator (%% in R) returns the remainder of the division of 2 numbers. Here are some examples: 5 %% 2 returns 1, because 2 goes into 5 two times and the remainder is 1 …
R-Operators - GeeksforGeeks
Jul 12, 2025 · Modulo Operator (%%) It returns the remainder after dividing the first operand by the second operand. Output: Logical Operators in R simulate element-wise decision …
Operators in R - DataCamp
R has a rich set of special operators like %/% for integer division or %% for modulus. Familiarize yourself with these to expand your coding toolkit. R is an evolving language. Stay updated with …
R Operators - W3Schools
Well organized and easy to understand Web building tutorials with lots of examples of how to use HTML, CSS, JavaScript, SQL, Python, PHP, Bootstrap, Java, XML and more.
R Operators (With Examples) - Datamentor
In this article, you will learn about different R operators with the help of examples.
Why you Need the modulo operator in R - ProgrammingR
The modulus operator has the format of n %% d, where “n” is the dividend, “d” is the divisor, and “%%” indicates the operation being performed. It is accompanied by a similar operation with …
R modulo operator example - AlphaCodingSkills - Java
The example below shows the usage of modulo (%%) operator in different scenarios. When used a vector or a matrix, it acts on each element of it.
Introduction to R: Logical and arithmetic operations
Other operations that might be of interest include the modulus operator %%, which allows us to calculate the remainder of an integer division, for instance, and %/% which is integer division …
What does the `%` (percent) operator mean? - Stack Overflow
If x and y are non-integer values x % y is computed as x – n * y, where n is the largest possible integer that is less than or equal to x / y (more details in the C# 4.0 Specification in section …