9
Yes, aside from 0 or anything 9 divides evenly into
No. Recurring decimals are rational numbers.
Decimals can be recurring. Decimals can be terminating. They can't be both.
Any fraction which, in its simplest form, has a denominator which has any factor other than 1, 2 or 5.
Two of them are terminating decimals and recurring decimals
Yes, aside from 0 or anything 9 divides evenly into
No. Recurring decimals are rational numbers.
Decimals can be recurring. Decimals can be terminating. They can't be both.
Any fraction which, in its simplest form, has a denominator which has any factor other than 1, 2 or 5.
Two of them are terminating decimals and recurring decimals
No, they are not. Recurring decimals are rational.
Some decimals stop, some keep on going. The ones that repeat are known as recurring decimals.
Recurring decimals were first studied by the ancient Greeks, but the concept was more formally developed in the 16th and 17th centuries. Mathematicians like Simon Stevin and John Napier played significant roles in understanding and popularizing the use of decimals, including recurring decimals. However, it wasn't until later that the notation and rigorous explanation of recurring decimals were established in the context of number theory.
Of course all the decimals have fractions except those with non-recurring and non-terminating decimals.
It is: 85.185% recurring decimals
It is: 7.142857% recurring decimals
3.3000, or 3.2999... (recurring).