Sentences with COMMUTATIVITY
Check out our example sentences below to help you understand the context.Sentences
1
"The commutativity of addition means that a + b is equal to b + a."
2
"In mathematics, the commutativity of multiplication states that a * b is equal to b * a."
3
"The commutativity of matrix addition means that A + B is equal to B + A, where A and B are matrices."
4
"The commutativity of a binary operation can simplify calculations."
5
"The commutativity of exponentiation does not always hold true."
6
"The lack of commutativity in subtraction means that a - b is not always equal to b - a."
7
"The commutativity of bitwise XOR operation means that a ^ b is equal to b ^ a."
8
"The commutativity of logical OR operation means that a || b is equal to b || a."
9
"Group theory studies the properties of commutativity in algebraic structures."
10
"The commutativity of complex conjugation can be easily seen in polar form."
11
"The lack of commutativity in division means that a / b is not always equal to b / a."
12
"The commutativity of set union means that A ∪ B is equal to B ∪ A."
13
"The lack of commutativity in function composition means that f(g(x)) is not always equal to g(f(x))."
14
"In programming, the commutativity of string concatenation means that "abc" + "def" is equal to "def" + "abc"."
15
"The commutativity of logical AND operation means that a && b is equal to b && a."
16
"The commutativity of tensor product means that A ⊗ B is equal to B ⊗ A."
1
"The commutativity of addition states that changing the order of numbers being added does not affect the sum."
2
"The commutativity of multiplication means that changing the order of numbers being multiplied does not change the product."
3
"In abstract algebra, commutativity is an important property of some binary operations."
4
"The commutativity of matrix addition allows the terms to be rearranged in any order."
5
"The commutativity of a mathematical operation can simplify calculations."
6
"The commutativity of certain mathematical operations does not always hold true."
7
"The lack of commutativity in subtraction means that changing the order of numbers gives different results."
8
"The commutativity of exponentiation is not always true for complex numbers."
