Guangdong
they both got place-value what's different is the numbers are different.
Yes, a numeration system can be positional without being place-value. In a positional system, the position of a digit affects its contribution to the overall value, but a place-value system specifically assigns values to positions based on powers of a base. An example of a positional system that is not place-value could involve using different bases for different positions, where each position's significance does not adhere to a uniform exponential scale.
In the number 31894, each digit represents a different place value. The digit '3' is in the ten-thousands place, giving it a value of 30,000. The '1' is in the thousands place (1,000), the '8' is in the hundreds place (800), the '9' is in the tens place (90), and the '4' is in the units place (4). Therefore, the value of each digit is 30,000, 1,000, 800, 90, and 4, respectively.
48, 45
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.
Each digit in it has a different place value, so there are four of them in the number.
Each digit has its own unique place value, so your number has six different ones in it.
Guangdong
they both got place-value what's different is the numbers are different.
The place value of 500,000 is in the hundreds of thousands place. In this number, the digit 5 is in the hundreds of thousands place, which means that it represents 500,000. Each place value in a number represents a different power of 10, with the hundreds of thousands place being 10^5 or 100,000.
place value is thousand place or like it
because the 4's are in different sections. like the first 4 is in the ones place and the second 4 is in the thousandths place
units tens hundreds
In the number 31894, each digit represents a different place value. The digit '3' is in the ten-thousands place, giving it a value of 30,000. The '1' is in the thousands place (1,000), the '8' is in the hundreds place (800), the '9' is in the tens place (90), and the '4' is in the units place (4). Therefore, the value of each digit is 30,000, 1,000, 800, 90, and 4, respectively.
48, 45
200,000 in the first, 400,000 in the second.