The largest number minus the smallest number.
the number line goes up to infinity on both negative and positive sides
There is no such number. You can always go one more integer to the left.
The Range is the distance on the number line that the smallest number is from the biggest number, in sbsolute value. Basically, to find it using math, you would subtract the smallest number in the series of numbers from the largest number in the same series.
the smallest perfect number is 1
Go from left to right along the number line.
The largest number minus the smallest number.
3.53
3.6
the number line goes up to infinity on both negative and positive sides
There is no such number. You can always go one more integer to the left.
The Range is the distance on the number line that the smallest number is from the biggest number, in sbsolute value. Basically, to find it using math, you would subtract the smallest number in the series of numbers from the largest number in the same series.
All you do is find the largest and smallest number in the data. Then you subtract the small number from the big number.
The arrows at the ends of a number line indicate that the line extends forever in both directions (i.e. towards positive infinity and negative infinity)...since there is no largest or smallest real number.
1/infinity is the smallest fraction possible, but what number line the question is referring to is not specified so that's the only thing that can be stated here.
-12
The smallest known Nazca Line is the hummingbird, measuring about 93 meters in length.