Fix explanation of modulus/remainder calculation (#749)

CryptozombiesHQ · Jul 9, 2024 · c8be176 · c8be176
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diff --git a/de/1/math.md b/de/1/math.md
@@ -28,7 +28,7 @@ Math in Solidity is pretty straightforward. The following operations are the sam
 * Subtraction: `x - y`,
 * Multiplication: `x * y`
 * Division: `x / y`
-* Modulus / remainder: `x % y` *(for example, `13 % 5` is `3`, because if you divide 5 into 13, 3 is the remainder)*
+* Modulus / remainder: `x % y` *(for example, `13 % 5` is `3`, because if you divide 13 into 5, 3 is the remainder)*
 
 Solidity also supports an ***exponential operator*** (i.e. "x to the power of y", x^y):
 

diff --git a/en/1/math.md b/en/1/math.md
@@ -33,7 +33,7 @@ Math in Solidity is pretty straightforward. The following operations are the sam
 * Subtraction: `x - y`,
 * Multiplication: `x * y`
 * Division: `x / y`
-* Modulus / remainder: `x % y` _(for example, `13 % 5` is `3`, because if you divide 5 into 13, 3 is the remainder)_
+* Modulus / remainder: `x % y` _(for example, `13 % 5` is `3`, because if you divide 13 into 5, 3 is the remainder)_
 
 Solidity also supports an **_exponential operator_** (i.e. "x to the power of y", x^y):
 

diff --git a/en/21/09.md b/en/21/09.md
@@ -122,7 +122,7 @@ Math in Rust is pretty straightforward. The following operations are the same as
 * Subtraction: `x - y`,
 * Multiplication: `x * y`
 * Division: `x / y`
-* Modulus / remainder: `x % y` _(for example, `13 % 5` is `3`, because if you divide 5 into 13, 3 is the remainder)_
+* Modulus / remainder: `x % y` _(for example, `13 % 5` is `3`, because if you divide 13 into 5, 3 is the remainder)_
 
 For raising to a power the operation is done straight up from the numeric type method `pow` :