Expanded notation is expanding the whole number by each place value.Example: 1,234 = (1,000 * 1) + (100 * 200) + (10 * 3) + (1 * 4)Expanded Notation is where you make a number sentence out of that number by looking at the hundreds, thousands, ect. For example I have the number 423 then this would be the expanded notation: 100 times 4 because the number 4 is in the hundreds place. The number 2 would be placed like this: 10 times 2 because the number 2 is in the tens place. And the number 3 would be placed like this: 3 times 1 because 3 is in the ones place. So the whole equation would look like this: 100 times 4 + 10 times 2 + 1 times 3 = 423
20
3 goes into 300 100 times.
To find a number that is 100 times greater than 2, you would multiply 2 by 100. This calculation results in 200. Therefore, the number that is 100 times greater than 2 is 200.
3.3333333 or 3 and 1/3. (.6 divided by 18 times 100)
30
were 100
divide by 100 and times by 3
4,000 is 100 times as great as 40 is, or 99 times greater.
100/600 or 1/6
Expanded notation is expanding the whole number by each place value.Example: 1,234 = (1,000 * 1) + (100 * 200) + (10 * 3) + (1 * 4)Expanded Notation is where you make a number sentence out of that number by looking at the hundreds, thousands, ect. For example I have the number 423 then this would be the expanded notation: 100 times 4 because the number 4 is in the hundreds place. The number 2 would be placed like this: 10 times 2 because the number 2 is in the tens place. And the number 3 would be placed like this: 3 times 1 because 3 is in the ones place. So the whole equation would look like this: 100 times 4 + 10 times 2 + 1 times 3 = 423
3 and 6/100
20
3 goes into 300 100 times.
The smallest whole number is the number ' 1 '. " 3 over 100" is only 3 percent of 1 . It simply does not have what it takes to be a whole number, and there is nothing you can do to it to make it one.
QUESTION* can you only use each number once, or can you use them multiple times?
It is 5 and 43/100 as a mixed number