It's supposed to be a variable, n+5=6
Where n = 1
Also, some variables I've seen are x,y,z, or any other letter of the alphabet.
(The assumes that "the number" in the question is not n, although if they are they same number, this is still true.) "If the sum of the digits of the number is divisible by n, then the number itself is divisible by n" is true if n is 3 or if n is 9.
A square number is a number which can be expressed as n x n where n are integers.
n = 5
A number n is positive: n > 0
n^2 - n = 552 n^2 - n -552 = 0 (n+23)(n-24) = 0 n = 24 n can also be negative 23
(The assumes that "the number" in the question is not n, although if they are they same number, this is still true.) "If the sum of the digits of the number is divisible by n, then the number itself is divisible by n" is true if n is 3 or if n is 9.
The quotient of 14 and a number can be represented as 14 ÷ x, where x is the unknown number. This expression simplifies to 14/x. The quotient is not a fixed value unless the specific value of x is known.
If n is the number, then it would be n - 3 or n + (-3)
A square number is a number which can be expressed as n x n where n are integers.
n = 5
n = 1, 3 or 9.
A number n is positive: n > 0
number of diagonals = n(n-3)/2 n - number of sides of the polygon
n is the number of moles.
let the number be n, then 37% of n is .37n and add that to the number and you have n+.37n or n(1.37)
n^2 - n = 552 n^2 - n -552 = 0 (n+23)(n-24) = 0 n = 24 n can also be negative 23
If the number is n, then twice the number is 2n and the sum of the two is n + 2n = 3n.