1+2+3+4+5+6+7 + 8 * 9
= 28 +72
= 100
If you can count from 1 to 100, then you can name them all. (And in numerical order, I might add.)
104
36 and 64
103
An example of two numbers which add together to make 100 are 47 and 53.
If you can count from 1 to 100, then you can name them all. (And in numerical order, I might add.)
This is the commutative property. In symbols a+b = b +a and ab=ba for any numbers a and b.
Words can't be manipulated with mathematical operations.Only numbers and symbols for numbers can.
104
36 and 64
0 and 100.
100
5050
It could be just about anything. For example, starting with the lowest number, add 100 at a time (or a number slightly larger than 100) to get the following numbers.
103
It means, in symbols, that: (a + b) + c = a + (b + c) An example with numbers: (10 + 3) + 2 = 10 + (3 + 2) In other words, to add three numbers, it makes no difference if you add first on the left, or first on the right. By repeatedly applying the commutative and the associate properties, you can rearrange any set of numbers you need to add in any order.
If you've written that correctly, there aren't two whole numbers that satisfy those conditions. -20 and -5 add to -25, but multiply to 100. -25 and 4 multiply to -100, but add to -21.