Yes.
Yes every irrational and rational number is a real number.
7/16 is a number - expressed as a fraction or a rational number.7/16 is a number - expressed as a fraction or a rational number.7/16 is a number - expressed as a fraction or a rational number.7/16 is a number - expressed as a fraction or a rational number.
In the 18th century, Johann Heinrich Lambert was the first to prove that pi is an irrational number. However, his proof requires some pretty heavy-duty mathematics. In the 19th century Charles Hermite found a proof which is simpler but still requires requires knowledge of fairly advanced calculus. If you are up to it, then see //en.wikipedia.org/wiki/Proof_that_π_is_irrational#Hermite.27s_proof
16 in number words = sixteen
Yes.
Yes every irrational and rational number is a real number.
irrational
It is. A rational number is either an integer or a recurring decimal. An irrational number would be the square root of 2. There are also complex numbers that aren't rational or irrrational.
Any number that can make a fraction with whole numbers on top and bottom is rational. 89 is a whole number, and so is ' 1 ', so it looks like you've nicely succeeded in defining a rational number.
It is the number 16.
7/16 is a number - expressed as a fraction or a rational number.7/16 is a number - expressed as a fraction or a rational number.7/16 is a number - expressed as a fraction or a rational number.7/16 is a number - expressed as a fraction or a rational number.
Sulfurs (not sulphurs) atomic number is 16.
16 is not a deficent number because it is a abundant number
16/1 = 16, a whole number.
In the 18th century, Johann Heinrich Lambert was the first to prove that pi is an irrational number. However, his proof requires some pretty heavy-duty mathematics. In the 19th century Charles Hermite found a proof which is simpler but still requires requires knowledge of fairly advanced calculus. If you are up to it, then see //en.wikipedia.org/wiki/Proof_that_π_is_irrational#Hermite.27s_proof
yes 16 is a lucky number. :)