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Q: Is every next number of 6 is a prime number?

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Yes that is correct

Yes, they are.

A balanced prime number is a prime number that is equal distance from the last prime before it and the next prime after it. Example: 53 is a balanced prime. The last prime number before it was 47 and the next prime after it is 59. (53 - 47) and (59 - 53) both equal 6, so 53 is a balanced prime.

Prime numbers are any numbers that are only divisible by one, and itself. For example, 3 is prime because the only numbers that go into it are 3 and 1. 6 isn't prime because not only can 6 and 1 go into it, but 3 and two can as well.

It is 7 because it is a prime number having only two factors which are itself and one

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Yes that is correct

Yes, they are.

yep e.g 18 and 17,,, 24 and 23...... :(

A balanced prime number is a prime number that is equal distance from the last prime before it and the next prime after it. Example: 53 is a balanced prime. The last prime number before it was 47 and the next prime after it is 59. (53 - 47) and (59 - 53) both equal 6, so 53 is a balanced prime.

You can check this in any list of prime numbers. The answer is yes. Note that this doesn't apply to larger numbers.

Prime numbers are any numbers that are only divisible by one, and itself. For example, 3 is prime because the only numbers that go into it are 3 and 1. 6 isn't prime because not only can 6 and 1 go into it, but 3 and two can as well.

42 as you have to add the next prime number onto the previous value.

42 is the next number in this sequence. This number sequence is adding the next prime number to the last number. So 1 + 2 = 3. Then 3 + 3 = 6, 6 + 5 = 11, 11 + 7 = 18, 18 + 11 = 29. The next prime number after 11 is 13, so 29 + 13 = 42. The next numbers would be 59 (42+17), 78 (59+19), and 101 (78+23)

It is 7 because it is a prime number having only two factors which are itself and one

Every even number, except 2, is not prime. example: 4, 6, 8, 10, and so on.

6 is not a factor of 80. 6 is not a prime number.

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.