The face value of a digit is the value of the digit itself, regardless of its position in the number. In the numeral 574873, the face value of the digit 7 is 7. The difference between the face value of 7 and its place value in this number is 0, as the place value of 7 in this number is also 7 (tens of thousands place).
4
Its place value is 20 but its face value is 2
The place value of a digit is its face value multiplied by its place column value (1, 10, 100, etc). To have the same place value and face value, the place column value must be 1 - the units column (immediately before the decimal point). Thus it is the last digit of a whole number, which in this case is the '8'.
The value is 735.
It is what the digit is irrespective of where it appears. For example, in the number 47982, the face value of the number 9, is 9.
It is its face value, which is the place value times the value of the digit.
Face value means the value of the digit in isolation.Place value means the value represented by the positionthat this digit sits within the number.If you take the number 10 for example:The first digit here "1" has a face value of 1. We just look at the digit in isolation and its face value is simply the value of the digit.However its place value is tens. That is because it sits in the place of the tens column of a number (second digit to the left of where the decimal point would go)For the number 200, the "2" has a face value of 2 and a place value of hundreds as it sits in the hundreds column of a number.
4
Its place value is 20 but its face value is 2
2000000-2
100
199998
digit 0
The value of a digit depends on its position as well as its face value.
The place value of a digit is its face value multiplied by its place column value (1, 10, 100, etc). To have the same place value and face value, the place column value must be 1 - the units column (immediately before the decimal point). Thus it is the last digit of a whole number, which in this case is the '8'.
The value is 735.