9 and 8 tenths is a decimal representation of the mixed number 9 8/10. This can also be simplified to the decimal 9.8. In decimal form, the tenths place represents the first digit after the decimal point, so 8 tenths is equivalent to 0.8.
0.000088 in words is 'zero point zero zero zero zero eight eight'. However this is rather tedious and could be said as 'eighty eight millionths. NB In decimal nomenclature, from the decimal point to the right. It is tenths(1), hundreds(2) , thousandths(3), tens of thousandths(4), hundreds of thousandths(5), & millionths(6). The bracketed number represents the decimal position to the right of the decimal point.
A period could represent a decimal point.
Well, honey, 13.48 is already a decimal. If you want an equivalent decimal, you could say 13.48 is the same as 13.48. But if you're looking for a different form, you could write it as a fraction like 1348/100 or as a percentage like 1348%. Just depends on how you want to slice and dice it.
It could be 5.08
You could say it is thirteen tenths or one and three tenths. The decimal form is either 1.3 or 1.30.
You could say it is thirteen tenths or one and three tenths. The decimal form is either 1.3 or 1.30.
get a ruler
You do not. You could write it as 0.3
13 tenths = 1.3
9 and 8 tenths is a decimal representation of the mixed number 9 8/10. This can also be simplified to the decimal 9.8. In decimal form, the tenths place represents the first digit after the decimal point, so 8 tenths is equivalent to 0.8.
Create a number line from zero to one where the gradations are in tenths.
you cannot say that you could convert 30 to a decimal! Unless a fraction which is 3000/10.
0.000088 in words is 'zero point zero zero zero zero eight eight'. However this is rather tedious and could be said as 'eighty eight millionths. NB In decimal nomenclature, from the decimal point to the right. It is tenths(1), hundreds(2) , thousandths(3), tens of thousandths(4), hundreds of thousandths(5), & millionths(6). The bracketed number represents the decimal position to the right of the decimal point.
In the equation of a periodic motion it could represent the amplitude, frequency or phase.
It is a non-terminating decimal, which could represent a rational number or an irrational number.
A period could represent a decimal point.