2
its 3x
The factors of 2 are 1 and 2. The factors of 3 are 1 and 3. The only common factor is 1. Therefore, the least (smallest) common factor is 1. If you mean LCM then it would be 6
It can get confusing if you have a bunch of numbers and decimals lined up like that, so when you get a problem like this, line them up vertically. It really does help.Like so:0.0130.10230.01030.021You're trying to go from least to greatest (smallest to largest), so look for the smallest numbers. Line all the ones starting with 0.0. Look at the bold numbers.0.0130.01030.021What of the bold numbers is the largest? You might be thinking - 103 would be the biggest of the three! But remember - there is always an infinite amount of understood zeros behind that they give to you. With that knowledge, what is bigger - 103, 210, or 130? Now you can line these in increasing order.0.0103, 0.012, 0.021, ?Now just add the other number, which the biggest.0.0103, 0.012, 0.021, 0.1023PS: Always check, when you're finished, what they were asking. It's so frustrating to get a question wrong because you listed them from greatest to smallest instead of smallest to greatest!
There are an infinite amount of such numbers.
.33
0.831
0.33
0.33
2
Out of that list of numbers, 1 is the smallest.
The smallest number in the group is 0.88. When comparing decimal numbers, you look at the digits to the left of the decimal point first. In this case, 0.88 has the smallest value to the left of the decimal point. The other numbers, such as 0.999, 0.999999, 0.9, and 1.2, all have larger values to the left of the decimal point, making 0.88 the smallest in this group.
Those are not sets of numbers. They're just numbers. And they're equal.
.7
Smallest amount.
The compound with the smallest whole-number mole ratio of elements can be determined from its empirical formula, which represents the simplest whole-number ratio of atoms in the compound. To find this, divide each element's molar amount by the smallest molar amount present in the compound.
No. You an get an infinite amount of minus numbers, and any of those which are positive when they are even will be positive when they are negative.