Any number that is a multiple of 16 can be divided by 16 without a remainder. This means that any number that is evenly divisible by 16, such as 16, 32, 48, 64, and so on, can be divided by 16. In mathematical terms, a number n can be divided by 16 if n is equal to 16 multiplied by an integer k, where k is any whole number.
If A is a prime, then the answer is A^k where k is any positive integer.
A polygon with 7k sides, where k is any positive integer.A polygon with 7k sides, where k is any positive integer.A polygon with 7k sides, where k is any positive integer.A polygon with 7k sides, where k is any positive integer.
Any number of the form 24k where k is an integer can be divided by 24 without remainder.
It can be any one of the infinitely many numbers of the form 224*k, where k is a positive integer.
They are members of the set of numbers of the form 15*k where k is a positive integer less than or equal to 26.
If A is a prime, then the answer is A^k where k is any positive integer.
If A is a prime, then the answer is A^k where k is any positive integer.
They are elements of the infinite set of numbers of the form 15*k where k is an integer.
It is 5565*k where k is any integer.
A polygon with 7k sides, where k is any positive integer.A polygon with 7k sides, where k is any positive integer.A polygon with 7k sides, where k is any positive integer.A polygon with 7k sides, where k is any positive integer.
Any number of the form 24k where k is an integer can be divided by 24 without remainder.
It is any ratio of the form (12*k)/(15*k) where k is a non-zero integer, or a common factor of 12 and 15.
6.
The products of 5280 are all multiples of the form 5280*k where k is a positive integer,
It can be any one of the infinitely many numbers of the form 224*k, where k is a positive integer.
Any number of the form k*52 where k is an integer.