In the number 462371, the digit in the thousands place is 2, which has a value of 2,000. If this digit were in the hundreds place, its value would be 200. Therefore, the value of the digit in the thousands place is 10 times greater than it would be in the hundreds place.
A digit in the thousands place is 10 times greater than the same digit in the hundreds place. For example, if the digit is 3, the value in the thousands place is 3,000, while in the hundreds place it is 300. Therefore, 3,000 divided by 300 equals 10, confirming that the thousands place digit is 10 times greater.
To determine how many times greater the digit in the ten thousands place is than the digit in the hundreds place, we need to understand the positional value of each digit. The positional value of a digit increases by a factor of 10 as you move from right to left in a number. Therefore, the digit in the ten thousands place is 10 times greater than the digit in the hundreds place.
In the number 22222, the digit in the thousands place is 2 and the digit in the hundreds place is also 2. Therefore, the correct equation that compares these places is 2 (thousands) = 2 (hundreds). This shows that the values in both places are equal.
The digit in the thousands place of the number 7841 is 7. In this number, the digits are organized as follows: 7 is in the thousands place, 8 is in the hundreds place, 4 is in the tens place, and 1 is in the units place.
The digit in the hundreds place of the number 1098 is 0. In the number 1098, the digits are arranged as follows: 1 in the thousands place, 0 in the hundreds place, 9 in the tens place, and 8 in the ones place.
A digit in the thousands place is 10 times greater than the same digit in the hundreds place. For example, if the digit is 3, the value in the thousands place is 3,000, while in the hundreds place it is 300. Therefore, 3,000 divided by 300 equals 10, confirming that the thousands place digit is 10 times greater.
hundreds thousands
Oh, dude, it's like super simple. The digit in the thousands place is 10 times greater than the same digit in the hundreds place. So, if you have a 3 in the thousands place, it's like 30 times greater than the 3 in the hundreds place. Math, man, it's wild.
Look at the digit in hundreds place. If it is five or greater, round the digit in thousands place to the next higher digit. If the digit in hundreds place is less than five, leave the digit in thousands place as it is. 755,082 rounded to thousands is 755,000.
To determine how many times greater the digit in the ten thousands place is than the digit in the hundreds place, we need to understand the positional value of each digit. The positional value of a digit increases by a factor of 10 as you move from right to left in a number. Therefore, the digit in the ten thousands place is 10 times greater than the digit in the hundreds place.
In the number 22222, the digit in the thousands place is 2 and the digit in the hundreds place is also 2. Therefore, the correct equation that compares these places is 2 (thousands) = 2 (hundreds). This shows that the values in both places are equal.
700,000
The digit in the hundreds place of the number 1098 is 0. In the number 1098, the digits are arranged as follows: 1 in the thousands place, 0 in the hundreds place, 9 in the tens place, and 8 in the ones place.
The 9 is in the thousands place and the second 4 is in the tens place. The 6 is in the units place and the first 4 in the hundreds place.
The thousands place is ten times greater than the hundreds place because each place value in the decimal system is based on powers of ten. Specifically, the hundreds place represents (10^2) (or 100), while the thousands place represents (10^3) (or 1,000). Therefore, since 1,000 is ten times 100, a digit in the thousands place contributes ten times more to the overall value of a number than a digit in the hundreds place.
There are 9,000 such nubers. One of them is 670389
1,844,000 Look at the hundreds place. Ask if the digit is 5 or larger. If it is 5 or larger, change the thousands place digit to the next higher digit. Turn all the digits in the places less than the thousands place to zero.