millions
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.
Yes.
In the number 3216, the place values are as follows: the digit 3 is in the thousands place, representing 3000; the digit 2 is in the hundreds place, representing 200; the digit 1 is in the tens place, representing 10; and the digit 6 is in the units (or ones) place, representing 6. Therefore, the place value breakdown is 3000 + 200 + 10 + 6.
I think you're asking about powers of ten, not multiples of ten. In whole numbers, the place values as they increase from right to left are: ones, tens, hundreds, thousands, ten-thousands, hundred thousands, millions, ten-millions, hundred millions, billions, ten-billions, hundred billions, trillions... Each place value increases by another power of ten: Place Value Power of ten ones 10 to the zero power tens 10 to the first power hundreds 10 to the 2nd power (10 squared) thousands 10 to the 3rd power (10 cubed) ten-thousands 10 to the 4th power
10
It is in the ten billions' place.
10 billions
Write a 10 digit numeral that has. 9 in the tenth place 3 in the milliions place 5 in the billions place 7 in the hundreds millions place 1 in the thousands place 6 in all other places
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.
The digit 6 in the tenths place has a value of 6/10 or six tenths.
The differences are 400 and 40 respectively
Yes.
In the number 3216, the place values are as follows: the digit 3 is in the thousands place, representing 3000; the digit 2 is in the hundreds place, representing 200; the digit 1 is in the tens place, representing 10; and the digit 6 is in the units (or ones) place, representing 6. Therefore, the place value breakdown is 3000 + 200 + 10 + 6.
I think you're asking about powers of ten, not multiples of ten. In whole numbers, the place values as they increase from right to left are: ones, tens, hundreds, thousands, ten-thousands, hundred thousands, millions, ten-millions, hundred millions, billions, ten-billions, hundred billions, trillions... Each place value increases by another power of ten: Place Value Power of ten ones 10 to the zero power tens 10 to the first power hundreds 10 to the 2nd power (10 squared) thousands 10 to the 3rd power (10 cubed) ten-thousands 10 to the 4th power
10
The place value of a 13-digit number refers to the value of each digit based on its position in the number. In a 13-digit number, the leftmost digit represents the value of 10^12 (or trillions), while the rightmost digit represents the value of 10^0 (or units). Each digit's place value decreases by a factor of 10 as you move from left to right. Therefore, the overall value of the number is the sum of each digit multiplied by its respective place value.
The zero.