That is the special purpose of the zero didit in numbers, such as 1005.
Individual digits within a number have place values, not whole numbers.
i think that do read large numbers you should look at the place values. From right to left the place values are ones, tens, hundreds, thousands, ten thousands, hundred thousands, millions, and so on.
That will depend entirely on the values of the sample of numbers in question which have not been given.
there useful because then you will not now were are the thosands
It is a system based on the place value.
That is the special purpose of the zero didit in numbers, such as 1005.
Individual digits within a number have place values, not whole numbers.
Align the numbers according their place values. Go from left to right (decreasing place values) until the face values of the numbers are different. Then the number with the larger face value in that place is the larger number.
i think that do read large numbers you should look at the place values. From right to left the place values are ones, tens, hundreds, thousands, ten thousands, hundred thousands, millions, and so on.
To find the median of a set of values with an even number of values, place the values in ascending or descending order, find the 2 middle numbers and add them together and divide that total by 2 and that's the median.
http://www.mazes.com/numberingsystems.html
That will depend entirely on the values of the sample of numbers in question which have not been given.
there useful because then you will not now were are the thosands
a place value is for example the number is 1598 what is the place value in tens place is 90
By the definition of place values representation of numbers, there cannot be any.
To simplify using exponents, one must express a number in the form a x 10^b, where b is your exponent. To do this, one must move the decimal point either to the right or to the left. Then, one counts how many place values the decimal point had moved; this is expressed as the exponent. For example, 19 000 000 can be simplified as 1.9 x 10^7. Lower numbers can also be simplified exponentially; for instance, 0.0000026 can be simplified as 2.6 x 10^-6.