Mathematical Constants

It is 10^100 or 1 followed by 100 zeros.

Graham's number is a large but finite number. Therefore it is less than every transfinite cardinal number. "Transinfinite" doesn't make sense.

Pi is the ratio of the circumference of a circle to its diameter. Pi is 3.1415926535897932384626433832795 but some just use 3.14

3.

0.14 is part of whole number.

silicon

3

It is 308000000.

The canonical example is the square root of -1.

Mathematicians use the symbol i to represent it, electrical engineers use j because i is already busy.

No. It is a very small number (approximately 6.626 × 10-34 joule-second) but that is NOT zero

No- Zero goes into zero an infinite number of times.

Zero!

The proportion of hydrogen and oxygen atoms in its molecules.

There are short strings of digits which will repeat, but there is no sequence which will repeat forever.

The derivation is from the early 17th cent.: from French zéro or Italian zero, via Old Spanish from Arabic ṣifr 'cipher.'

"30X to 29Y" is not an equation nor an inequality. There is, therefore, not a mathematical solution to the question.

No.

Ferdinand von Lindemann proved, in 1882, that pi was transcendental.

The Boltzman's constant is the physical constant relating to temperature to energy.

3.141

Answer: its a 0.

3.141592653589793 is pi.

They may be. But as far as pi has been carried out until now ... 2.5 trillion decimal places

claimed in 2009 by a team in Japan ... no repeating digits have been found yet.

The answer is 3.141592654, often shortened to 3.14.

no prove....