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
The definition of Expanded form is a way of breaking up a number to show how much each digit in the number represents. In a way this is like pulling apart a number and expressing it as a sum of the value of each digit.
To determine how many tens, hundreds, or thousands are in a number, you can break the number down based on its place values. For example, in the number 4,582, the digit '8' represents 80 (or 8 tens), '5' represents 500 (or 5 hundreds), and '4' represents 4,000 (or 4 thousands). You can identify each digit's value by looking at its position: the far-right digit is the units (ones), the next is the tens, followed by hundreds, and then thousands. Simply count the value of each digit based on its position to find out how many tens, hundreds, or thousands are present.
Computers do much of their processing in binary. Hexadecimal is used as a kind of shortcut (easier to read for humans): each hexadecimal digit represents four binary digits.
1k represents 1,000, 2k represents 2,000, and so on.
It determines how much that digit is worth. See this article on place value. http://www.aaamath.com/plc.htm
The definition of Expanded form is a way of breaking up a number to show how much each digit in the number represents. In a way this is like pulling apart a number and expressing it as a sum of the value of each digit.
Without putting too much thought into it, you can just try dividing your two digit number by each and see if you come up with a whole number. One digit numbers you can skip are 0, 1, 4, 6, 8, and 9.
To determine how many tens, hundreds, or thousands are in a number, you can break the number down based on its place values. For example, in the number 4,582, the digit '8' represents 80 (or 8 tens), '5' represents 500 (or 5 hundreds), and '4' represents 4,000 (or 4 thousands). You can identify each digit's value by looking at its position: the far-right digit is the units (ones), the next is the tens, followed by hundreds, and then thousands. Simply count the value of each digit based on its position to find out how many tens, hundreds, or thousands are present.
Computers do much of their processing in binary. Hexadecimal is used as a kind of shortcut (easier to read for humans): each hexadecimal digit represents four binary digits.
Looks like this site does it, but no telling how much it costs: http://www.foxphotographics.com/
4108
1k represents 1,000, 2k represents 2,000, and so on.
The largest digit in decimal arithmetic is 9. In hexadecimal, it is F. As far as I am aware, there is no digit that will meet the requirements of this question.
It might be 1812. I don't exactly know. well, acctually it can not be 1812 because...the year is a multiple of 10 and the tens digit is twice as much as the hundreads place
then try not to lie so much and start telling the truth..... trust me just try then try not to lie so much and start telling the truth..... trust me just try
because they are telling about there life so they write a note telling a part of the day
A lot of stuff.