The 4 holds the tenths place and the 5 holds the hundredths place, a number to the right of the 5 would hold the thousandths place
The hundredths place is two to the right of the decimal, which would be a zero in this example. Don't confuse that with the hundreds place, which in this example is a 1.
No, i would round it to the hundredths place = 0.56
how would you use a hundredths grid to find the product 0.3x0.8 ?
There is no number in the hundredths place. There is no hundredths place in this number.
The hundredths place is not shown in your example. However, the hundreds place would be the digit 7
Rounded to the nearest hundredths it would be 0.04
The 4 holds the tenths place and the 5 holds the hundredths place, a number to the right of the 5 would hold the thousandths place
The hundredths place is two to the right of the decimal, which would be a zero in this example. Don't confuse that with the hundreds place, which in this example is a 1.
9 as far as i know you have to start from the right so the digit in the hundredths place would be 6
1040.09
No, i would round it to the hundredths place = 0.56
how would you use a hundredths grid to find the product 0.3x0.8 ?
There is no number in the hundredths place. There is no hundredths place in this number.
To write 68 hundredths as a decimal, you would simply divide 68 by 100. This would give you 0.68, as each digit place to the right of the decimal represents a power of 10, with the first place being tenths and the second place being hundredths. So, 68 hundredths written as a decimal is 0.68.
It would be 589.36
3.8600000000000003