A Prime number has only 2 factors which are 1 and itself. Composite numbers are everything else except 1 and 0. 1 and 0 are neither prime, nor composite.
A composite number is a natural number that can be divided into smaller factors (which are also natural numbers). For example, 6 = 2 x 3. A prime number is an integer (greater than 1) that cannot be separated into smaller factors. For example, 7 can't be divided into smaller factors.
To convert minutes to hours, divide the number of minutes by 60. Multiply the number of hours by 60 to convert hours to minutes.
it is 11 and 12!
Infinity is not just really big number - and consequently the concepts of rational vs irrational cannot be applied to it. It is a marvelously useful concept with great utility in mathematics but don't confuse it for being the same as a number that we could write out and categorize just because we have a symbol for representing it. When you stick infinity into an equation you get things like "limits" rather than a fixed answer; for example - for the function f(x) = (x-1)/x, if x = ∞ you don't actually get a value for the function- rather you get a limit that it approaches as x goes off to infinity; in this case the limit as x approaches infinity is 1. For the function f(x) = (x-2)/x, the limit as x approaches infinity is ALSO 1, and for the function f(x) = x/(x-1) the limit as x approaches infinity is .... 1. Obviously for any finite number they will not have the same value, but conceptually they all converge to the same value as you go to infinity. Hopefully this illustrates why you cannot apply the concept of rational vs irrational to "infinity".
answer:0.75 explain: 0.75 is bigger than 0.25, count 0.1 to 1.0 and check than 2 numbers where is the position, 0.1 is below and 1.0 is above as high means big number and back (as low means small number).
The terms "composite" vs. "prime" apply to whole numbers. They don't make sense for decimals or fractions.
A composite number is a natural number that can be divided into smaller factors (which are also natural numbers). For example, 6 = 2 x 3. A prime number is an integer (greater than 1) that cannot be separated into smaller factors. For example, 7 can't be divided into smaller factors.
Numbers that are not prime are numbers that are divisible by integers other than one and itself. Since there are a boatload of these numbers, I will try to keep it brief:All integers with the last digit 2, 4, 6, 8, or 0 (besides 2 and 0 themselves) are not prime. (Numbers that are not prime are composite. Numbers ending in 2, 4, 6, 8, or 0 are always divisible by at least the number 2, hence they are not prime.)All integers ending with 5 (besides 5 itself) are not prime (these numbers are always divisible by at least the number 5).Everything else varies, though. For example, with digits ending with 3, 33 is not prime (divisible by 3 and 11), but 13 is prime. With 7, 17 is prime, but 77 is not (divisible by 11 and 7). Also, two-digit integers with identical tens and ones-place digits are not prime (with the exception of 11); these are all divisible by 11.That's the general rule of prime vs. not prime. As you can see, it's too lengthy and excruciatingly painful to list ALL of the composites, because they are abundant.
In-depth information at www.baseballbatreviews.ruqqa.com/composite-vs-aluminum/composite-vs-aluminum-the-short-story
optimus prime
a list of numbers, categorized by the order of which the numbers appear. like: 1,2,3,4 vs 1,3,2,4.
There isn't an exact formula. I cannot tell you the 5th prime other than by trying every number until I find the 5th prime. What you can do is sieve for primes. noting that 0, 1 are neither prime nor composite, make a list starting from 2. Follow these rules: Every number not crossed out is a prime number. Once a prime number is found, count that number forward, and cross out that number and every other number in the list. E.g. 2 is the first prime, so, cross out every other number in the list (as these are all multiples of 2). 3 is the next prime, so cross out every 3rd number. 4 has been crossed out (due to 2), and 5 is the next prime, so cross out every 5th number. 6 has been crossed out (due to 2 and 3), so skip it, and 7 is not crossed out, so that is the next prime. this process is infinitely repeatable but at the same time one could never complete this process because there are infinite numbers. As such, this method really only works for a small set of numbers. By hand, maybe all primes 2-2000, by computer, maybe 2-2,000,000,000 or more. See Wikipedia's article on the Prime Counting Function. Its approximation allows one to target the expected area of the nth prime as the nth prime will occur near 1.02*n/ln(n). This approximation says the 1107th prime should occur around 10000. It's actual location is at 8887. Similarly, we get estimate, actual for the 8859th prime as 100K vs 91673.
You almost always use numbers because that is saying you have more than one number. "Number's" would be used to say that a number has ownership of something, which is ridiculous. The more you know!
prime
the fallen or.... ME!
optimus prime, because heros wins all the time.
the fallen