16
5
Factorial 4 ie 4 x 3 x 2 x 1 = 24
It depends. If the numbers are only used once then it is 24. More precisely it is 4!. (4 factorial which is 4x3x2x1). The same would apply to any number of digits assuming they are used once each. If there is replacement involved (any number used any number of times like 7777 or 6688), then the answer would be 256. Or in other words, the number of possible numbers raised to the power of how many digit positions there are (44). So if the question was how many 5 digit numbers can you make from 1234567?75=16807
Oh, what a delightful question! With the numbers 6, 7, 8, and 9, there are 24 different ways you can arrange them to create unique four-digit numbers. Each number you make is like a happy little tree in a beautiful forest of possibilities. Just let your imagination flow and enjoy the process of creating something truly special.
there is 2. Every diget after the point is a decimal place
You can make 12 different numbers.
24 numbers
How many numbers can we make with 650271 without doing the number more than 1 time
12 numbers
98
The answer is five factoral (5!) which is 120.
To make whole numbers. The numbers 1,2,4,17,34,68. So 6 numbers.