In the decimal place value system, each digit is ten times bigger than the digit on its right
ones- 1, tens- 6, hundreds- 3, thousandths- 9
Assuming that the first digit of the 4 digit number cannot be 0, then there are 9 possible digits for the first of the four. Also assuming that each digit does not need to be unique, then the next three digits of the four can have 10 possible for each. That results in 9x10x10x10 = 9000 possible 4 digit numbers. If, however, you can not use the same number twice in completing the 4 digit number, and the first digit cannot be 0, then the result is 9x9x8x7 = 4536 possible 4 digit numbers. If the 4 digit number can start with 0, then there are 10,000 possible 4 digit numbers. If the 4 digit number can start with 0, and you cannot use any number twice, then the result is 10x9x8x7 = 5040 possilbe 4 digit numbers.
The first digit can be any one of 8. For each of these . . .The second digit can be any one of 10. For each of these . . .The third digit can be any one of 10. For each of these . . .The fourth digit can be any one of 8.Total possibilities = (8 x 10 x 10 x 8) = 6,400
In the decimal number system, the highest valued digit is 9. The highest digit that ever appears in any one 'place' of a number is one less than the 'base' of the number. The numbers that everyone is most familiar with ... the numbers you see around you every day ... are numbers written in the 'decimal' system, using the 'base' of 10. So the highest digit in any one place is 9. 'Binary' numbers ... the form most used to represent numbers inside digital circuits and computers ... are constructed in base 2. So the highest digit in any one place is 1, and each of these numbers is just a string of 1's and zeros. Digits can be even higher than 9 in number systems that use other bases. For example, the hexadecimal system (often used in computer science to represent binary numbers) is base 16, so in that case the highest valued digit is "F" which has a value equivalent to 15 in a decimal representation. As an example, the number "FA" hexadecimal, has decimal value 15*16 + 10 = 250.
the place of each digit help the value of the number by using your multuplication
It is the value of the number.
A whole number does not have a place value: only a single digit in a number has a place value - a different place value for each digit.
It is its positional place value within a number
Need example number
Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.Because each position has an intrinsic value. In the number "111", the right-most "1" has a value of 1, the second digit from the right has a value of 10, the third digit from the right has a value of 100. The "place" of a digit defines its value.
sum
A binary number is simply a way of representing a number in such a way that the place value of each digit is two times that of the digit to its right.Similarly, a decimal number is simply a way of representing a number in such a way that the place value of each digit is ten times that of the digit to its right.
10.60.030.009
thousandths
The answer depends on A. If it is a number in which the place value of each digit is ten times the place value of the digit to its right then the number is the decimal.
Each place has a value 10 times the value of the place to its right.