No idea what the communative property is. The commutative property for addition is that a + b = b + a. Similarly, for multiplication, a*b = b*a
The commutative property of an operation ~, defined on a set S requires that: for any two elements of S, say x and y, x ~ y = y ~ x Familiar examples are ~ = addition or multiplication and S is a subset of numbers. But note that multiplication is not commutative over matrices.
The communative property is that if you switch digits around in an equation that is multiplication or addition, you get the same outcome anyway. Examples: 6x3=18 3x6=18 4+28=32 28+4=32
5*4 = 4*5
I think you mean "commutative," which involves the condition that a group of quantities connected by operators gives the same result whatever the order of the quantities involved, e.g., a + b = b + a .
No idea what the communative property is. The commutative property for addition is that a + b = b + a. Similarly, for multiplication, a*b = b*a
Using the communative property of both addition and multiplication, 11+ab could be rewritten as ab+11, 11+ba or ba+11.
The commutative property of an operation ~, defined on a set S requires that: for any two elements of S, say x and y, x ~ y = y ~ x Familiar examples are ~ = addition or multiplication and S is a subset of numbers. But note that multiplication is not commutative over matrices.
The communative property of addition is that numbers can be added in any order the answer stays the same.Example: 7+6+4 is the same as 6+4+7
communative
It is the commutative property of multiplication.
The communative property is that if you switch digits around in an equation that is multiplication or addition, you get the same outcome anyway. Examples: 6x3=18 3x6=18 4+28=32 28+4=32
communative property is when you are adding or subtracting any numbers it doesnt matter how u write them.....
I'm pretty sure it is the communative property.
the associative property of addition means that changing the grouping of the addends doesn't affect the sum
9+4=4+9 OR 9x4=4x9
5*4 = 4*5