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The smallest integer is 0.56 and the largest is 0.57. 0.56 as a fraction is a way of saying that the value of the first term is the value of the second term. 0.56 as a fraction also has the benefit of being the simplest way to express the idea of a “half”.

The idea of dividing integers by a factor of two was first suggested by John Wallis in the 18th century. It is an old-school way of doing operations with integers, and it is now used in most programming languages as the way to work with floating-point numbers. In fact, modern languages use the idea of having a large number of floating-point numbers in memory and having them be divided by a factor of two in order to work with them.

The reason why we need to divide integers by a factor of two is because it is the simplest way to express the idea of the fraction of something. So imagine two things being divided by a factor of two, and we want to say that one of the fractions is less than the other. We can do this with the integer division operator or the floating-point division operator.

So 0.56 is a number. It has the same properties as any number that we can divide by a factor of two. But because it is a fraction, it can be divided by a factor of two to get 0.5. In this case we say that 0.56 is less than 0.5, and we can express this in integer form as 0.5 – 0.56 = 0.

0.56 is a number in the form 0.5 – (0.56)*0. We can use the same techniques to define it in a fractional form so that is less than or equal to 0.5. And it’s true that both of these equations are true, and that both of these numbers are equal. But the first is what we mean when we say “less than” and the second is what we mean when we say “equal.

In the context of integers and fractions, we have to keep in mind that 0.5 is actually less than 4. And 0.56 is actually less than 1. Which means that 0.561 is actually less than 0.5 and 0.560. And that tells us that 0.56 is actually a number in the form 0.5 – 0.560.

In the context of the integers, we also have to keep in mind that 0.5 is actually less than 4 and 0.5 is actually equal to 4. And 0.56 is actually less than 1 and 0.56 is actually equal to 1. And that tells us that 0.56 is actually a number in the form 0.5 – 0.5.

In the context of the integers, we also have to keep in mind that 0.5 is actually less than 1 and 0.5 is actually equal to 1. And 0.56 is actually less than 4 and 0.56 is actually equal to 4. And 0.56 is actually less than 4 and 0.56 is actually equal to 4.

It’s so cool that I like to see some of the more interesting, and I always sort of like to think that we are all just enjoying the series of stories that we have in our hands.

0.56 is actually 0.5 and 0.5 is actually 1. But as it turns out, 0.5 and 1 are really just numbers. They are also the ones that are most likely to be passed on to the next generation, of course.