Four digit numbers span from 1000 to 9999. This totals (9999-1000) +1 = 9000 different four digit numbers
6*5*4*3*2*1=720
There are infinitely many. For example, 14,104,1004,10004,100004 etc.
Their order is switched. For example, in the two numbers 12345 and 13245, the second and third digits are transposed.
How do i multiple double digits for example 73×28
That 's not possible since irrational numbers have infinity digits. All whole numbers are rational.
6*5*4*3*2*1=720
There are infinitely many. For example, 14,104,1004,10004,100004 etc.
There are 24 number made by permutations of the digits. There are lots more if the digits can be repeated, for example, 27335722. Even more can be made by using arithmetic and algebraic operations, for example 35^27 = approx 4.8960*10^41. You have not specified what the rules for "making" numbers are!
Their order is switched. For example, in the two numbers 12345 and 13245, the second and third digits are transposed.
How do i multiple double digits for example 73×28
The suffix for digit is "-al", for example, digital means related to digits or numbers.
an arrangement of data for 2-digit numbers , the tens digits are shown as the "steams" and the ones digits as the "leaves" Example: 19,22,25,26,27,28,29,30,34,36,37,42,43,44,46,48,48,49,52,53,55,57,58,62
That 's not possible since irrational numbers have infinity digits. All whole numbers are rational.
You can make 24 numbers by rearranging the digits. However, you can make vastly more if you allow mathematical operations on the digits. For example, 3+5*8-6 = 37.
For Example: -5,0,5 |-5| |0| |5|
10 digits are numbers in the billions.
Digits in math problems are just simply numbers. For example, if there a number like 4123, the digits would be 1, 2, 3, 4. It is also good to write them in orders.