Out of those 12 pitches they have created new pitches there are not only 12 pitches in each song count if you dont believe me.
There are an infinite number of answers. Pick ANY number other than zero, and call it X. Calculate another number, Y, which is 12/X. Then X*Y = X*12/X = 12 There are an infinite number of possible choices for X and so an infinite number of solutions to the question.
13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39 Also, how about 12.1 24. 93 38.742 19.14159 22.718281828459045 Actually, there are an infinite number of them.
Perhaps what you mean to ask "What is the next prime number above 53?". One cannot tell, as numbers are indeed infinite, what the highest prime number is. There is a team of scientists that, not too long ago, discovered a twelve-digit (I think twelve) prime number. Prime numbers, like numbers, are infinite and there is no way, therefore, to assess a 'highest' nor a 'lowest' numeral.
It is possible, age is just a number
The chromatic scale has twelve different pitches on it. These pitches range from A to G sharp (G#) or A flat (Ab). All semitones in the chromatic scale are the same size.
12, twelve, it's a number!
There are an infinite number of different quantities to which it could be equal, depending on what the value of 'X' happens to be at the moment.
The number 12 is "twelve" and the number 12th is "twelfth."
There are twelve possible solutions using the rule you stated.
They are members of an infinite set of numbers of the form 12*k where k is an integer.
Twelve over twelve as a mixed number can't appear as a mixed number like one and three fourths, so twelve over twelve equals a whole, or AKA, 1. There's your answer.
Monkeys will have new siblings each year for a number of years. It is hard to say an exact number. Twelve to fifteen is highly possible.