Range.
There is no smallest number and no biggest number. Given any big number, however big, it is always possible to find one that is bigger (and the same with the smallest).
find the smallest number by which 9408 must be multiplied to get a perfect square/ also find the square of the number
2
Start counting from ' 1 '. The first number you name that is a member of the set is the smallest integer in the set.
The smallest number that is divisible by 18 and 48 is 144.
the largest number - the smallest number
Range.
There is no smallest number and no biggest number. Given any big number, however big, it is always possible to find one that is bigger (and the same with the smallest).
find the smallest number by which 9408 must be multiplied to get a perfect square/ also find the square of the number
The smallest prime number greater than 200 is 211.
48
least to greatest
smallest = min (one_number, another_number); ...or... smallest = one_number < another_number ? one_number : another_number;
take the largest number in the sample and subtract the smallest number that is the range
you take the biggest number and subtract it by the smallest number.
2