702 tens.
To find the total value of 6 hundreds, 7 tens, and 20 ones, you can convert each component to its numerical value: 6 hundreds is 600, 7 tens is 70, and 20 ones is 20. Adding these together gives you 600 + 70 + 20 = 690. Therefore, the total number is 690.
7 in the tens place = the number 70 7 in the thousands place = the number 7000 7000/70= 100 It is therefore 100 times bigger.
To write 2 hundreds, 7 tens, and 14 ones in numerical form, you first convert each component into its digit representation. Two hundreds is written as 200, seven tens is 70, and fourteen ones is 14. When you combine these, you add them together: 200 + 70 + 14, which equals 284. Therefore, the final numerical representation is 284.
The square of 70, written 702 = 4900
You do it like this if you have 9,873 thousands hundreds tens ones 9,000 + 800 + 70 + 3 =9,873
To determine how many hundreds are in 70 tens, we need to first convert the tens into hundreds. Since 1 hundred is equal to 10 tens, we can divide 70 tens by 10 to get 7 hundreds. Therefore, there are 7 hundreds in 70 tens.
700 hundreds is 70,000. 70,000 contains 7,000 tens.
7
6,**7**78 (700) Hundreds place 6,7**7**8 (70) Tens place
Seven of them.
70 of them because 70*10 = 700
382 = 12 + 70 + 300
Seven.
To find the total value of 6 hundreds, 7 tens, and 20 ones, you can convert each component to its numerical value: 6 hundreds is 600, 7 tens is 70, and 20 ones is 20. Adding these together gives you 600 + 70 + 20 = 690. Therefore, the total number is 690.
7 in the tens place = the number 70 7 in the thousands place = the number 7000 7000/70= 100 It is therefore 100 times bigger.
10 hundreds, 5 hundreds , 70 tens and 6 ones
To write 2 hundreds, 7 tens, and 14 ones in numerical form, you first convert each component into its digit representation. Two hundreds is written as 200, seven tens is 70, and fourteen ones is 14. When you combine these, you add them together: 200 + 70 + 14, which equals 284. Therefore, the final numerical representation is 284.