Yes.
One such example 0.12 + 0.38 = 0.5
No. 6 tenths is only 60 hundredths.
Using decimal models to represent 6.84 with only tenths would mean you could only show the tenths place (the 0.8 in 6.84) and the whole number part (6). However, you would not be able to model the hundredths place, which is represented by the 0.04 in 6.84. This means that while you could illustrate the tenths, the finer detail of the hundredths would be missing.
Look at the hundredths place only. If it is 5 or more round up, add one to the tenths place, and throw away the hundredths and all decimal parts to the right of it. If the hundredths place is less than 5 round down, which means keep the tenths place the same and throw away the hundredths and all decimal parts to the right of it. Ex: 65.734 ... 3 is the hundredths place and is less than 5 ... round down = 65.7 or 74.38111 --- 8 is the hundredths place and is greater than 5 ... round up = 74.4
No, seven tenths (0.7) is not the same as seven hundredths (0.07). Seven tenths represents a larger value, specifically 70 out of 100, while seven hundredths represents only 7 out of 100. Therefore, seven tenths is ten times greater than seven hundredths.
Well, isn't that a happy little question! In 4.7 tenths, there are 47 hundredths. You see, each whole number is made up of ten tenths, and each tenth is made up of ten hundredths. So, 4.7 tenths is equal to 47 hundredths. Just remember, there are no mistakes, only happy little accidents!
You only show one decimal place, the tenths place. 0.tenths, hundredths, thousandths is how the order goes. The first decimals place is the tenths place. What number is in that place? The 2, so your answer is 2.2.
No. 6 tenths is only 60 hundredths.
Using decimal models to represent 6.84 with only tenths would mean you could only show the tenths place (the 0.8 in 6.84) and the whole number part (6). However, you would not be able to model the hundredths place, which is represented by the 0.04 in 6.84. This means that while you could illustrate the tenths, the finer detail of the hundredths would be missing.
.16 the 1 is in the tenths place and the 6 is in the hundredths place. So, it's 16 hundredths.
Look at the hundredths place only. If it is 5 or more round up, add one to the tenths place, and throw away the hundredths and all decimal parts to the right of it. If the hundredths place is less than 5 round down, which means keep the tenths place the same and throw away the hundredths and all decimal parts to the right of it. Ex: 65.734 ... 3 is the hundredths place and is less than 5 ... round down = 65.7 or 74.38111 --- 8 is the hundredths place and is greater than 5 ... round up = 74.4
you write it as 2.3
No, seven tenths (0.7) is not the same as seven hundredths (0.07). Seven tenths represents a larger value, specifically 70 out of 100, while seven hundredths represents only 7 out of 100. Therefore, seven tenths is ten times greater than seven hundredths.
Well, isn't that a happy little question! In 4.7 tenths, there are 47 hundredths. You see, each whole number is made up of ten tenths, and each tenth is made up of ten hundredths. So, 4.7 tenths is equal to 47 hundredths. Just remember, there are no mistakes, only happy little accidents!
Decimals are used to describe parts of a number, something in between two whole numbers. Tenths, halves, eights etc. But 108 is only whole numbers, so there's nothing there to use a decimal for.
1.09 is actually bigger because it is 1 and 9 hundredths but 1.9 is only i 9 tenths... and hundredths are bigger than tenths
78/100. 0.78 is 78th of a hundred. the names of the columns to the right of the decimal are: tenths, hundredths, thousandths, etc... since the number 78 only takes up 2 columns and ends in the hundredths column, it's out of 100.
The decimal point is the only period (full-stop) used in decimals.