According to the Fundamental Theorem of Arithmetic, there is only one way to write the prime factors of any integer which is greater than 1.
One way.
As a product of its prime factors it is: 3*5 = 15 Or as: 1*15 = 15
Three ways (I think).
The number of different ways you can write a number as a product of two whole numbers depends on the number itself and its factors. For example, if the number is a prime number, it can only be written as a product of itself and 1. If the number is a composite number, it can be written in multiple ways based on its prime factors.
2*2-*2*3 = 24 or as 23*3 = 24
Two ways: 5/5 = 1 and 5/1 = 5 because 5 is a prime number which has only 2 factors which are itself and one
2 x 617 = 1234617 x 2 = 1234
I'm not sure what you mean. But the factorization of a composite number into prime factors is unique, up to the ordering of the primes.
As a product of its prime factors: 2*47 = 94
2 x 2 x 2 x 3 = 24 23 x 3 = 24
As a product of its prime factors: 2*47 = 94
As a product of its prime factors it is: 3*5 = 15 Or as: 1*15 = 15
two possible ways 1 and the other number or the number an 1
24 12*2 6*2*2 3*2*2*2 You can write those 4 numbers 4! ways, meaning 4*3*2*1 = 24 ways. ( interesting how it came out to be the original number)
According to Wolfram Alpha, its prime factors are 11×79×2556067. (To get all of its factors, you can combine the prime factors in different ways.)
Divide it by each prime number which does not have remainder.
As a product of its prime factors: 3*3*13 = 117 or as 3^2*13 = 117
Three ways (I think).