The properties of multiplication need to be considered in the context of the set over which this operation is defined.
For most number systems, multiplications is
Commutative: x*y = y*x for all x and y
Associative: (x*y)*z = x*(y*z) so that , without ambiguity the expression can be written as x*y*z for all x, y and z
Distributive property over addition or subtraction:
x*(y+z) = x*y + x*z for all x, y and z
Identity Element: There exists a unique element, denoted by 1, such that
1*x = x = x*1 for all x
Zero element: there is an element 0, such that x*0 = 0 for all x.
In some sets, an element x also has a multiplicative inverse, denoted by x-1 such that x*x-1 = x-1*x = 1 (the identity).
Chat with our AI personalities
Properties of multiplications are statements about multiplication that are always true.
there is the asscocitive property,communitave property and the i don't know property
3*29 = 87
1x16, 2x8, 4x4
At most n-1. However, it can be a lot fewer. For example, calculating A10 does not require 9 multiplications. A*A = A2 A2*A2 = A4 A4*A4 = A8 A8*A2 = A10 Only 4 multiplications were required.