It is already in decimal form.
To compare decimals ; method 0.05 & 0.035 Bring both decimals to the same number of decimal places by inserting suffix zeroes. Hence 0.050 & 0.035 ( Each is now 3 d.p.). Drop the decimal point 0050 & 0035 Drop the prefix zeroes 50 & 35 I think you will agree with me than 35 < 50 . Hence it follows that 0.035 < 0.05 NB This method is good for comparing all decimals.
Terminating decimals are decimals that end, such as, 2.384. Non-terminating decimals that don't end, such as, 0.3333333333.......
6.7,6.8,6.4,5.9
3rd. Adding Decimals 5th - Adding and subtracting 6th - Dividing Decimals
When you are using decimals any extra zeros at the end wont matter. Just like when you put zeros in front of whole numbers. ex. 5 = 05
.05
.05
6.05 is smaller than 6.2 because 6.2 is actually 6.20 when you look at the decimals .05 < .20
Neither are decimals, because you have NOT indicated the position of the decimal point. They are just integers/numbers.
Five Hundredths: .05 Nine Hundredths: .09
1 _equals .5 or .05 but if u are dividing on a calculator and you divide 1 by2 it will equal.5 2
When you have decimals you times them buy 100 to get the percent so .5 equals 50% and .05 equals 5% and .005 equals .5%
terminating decimals and repeating decimals
terminating decimals non terminating decimals repeating decimals non repeating decimals
Two of them are terminating decimals and recurring decimals
Terminating decimals are decimals that end, such as, 2.384. Non-terminating decimals that don't end, such as, 0.3333333333.......
6.7,6.8,6.4,5.9