Multiplying by one (1) is the Identity Property in Multiplication. You always get the same number as the answer. It does not matter how many times you multiply by 1. The answer is 1
1 times -35 equals -35
-1 times 168 equals -168
These are the result of the fundamental laws of multiplication. In the real number system (and beyond), one is the identity of multiplication and that menas that 1*a = a*1 = a for all numbers a.
When you subtract a negative number, that is the same thing as adding a positive number, so this equals 10.
When a negative number is raised to an even power, the result is always positive. Therefore, (-1)^4 equals 1. This is because multiplying a negative number by itself an even number of times will always result in a positive value.
2 times 1 equals 2.
Multiplying by one (1) is the Identity Property in Multiplication. You always get the same number as the answer. It does not matter how many times you multiply by 1. The answer is 1
-11
1 times -35 equals -35
3*69 = 207You could also do the following:1 times 207 equals 2073 times 69 equals 2079 times 23 equals 20723 times 9 equals 20769 times 3 equals 207207 times 1 equals 207
1 times 135 equals 135.
-1 times 168 equals -168
These are the result of the fundamental laws of multiplication. In the real number system (and beyond), one is the identity of multiplication and that menas that 1*a = a*1 = a for all numbers a.
What times what equals 87?Here we looked at all the ways we could answer the following question: "What times what equals 87?"To do this, we calculated all possible solutions to this problem:what x what = 87Note that "what" and "what" in the above problem could be the same number or different numbers.Below is a list of all the different ways that what times what equals 87.1 times 87 equals 873 times 29 equals 8729 times 3 equals 8787 times 1 equals 87
[ 1 x 23 ] is the only thing that equals 23. [ 1 x 25 ] and [ 5 x 5 ] both equal 25. There's nothing that equals both 23 and 25 .
x times 1 is x. Anything times 1 is still that same anything.