(pi)0.00000001 = approx. 1.000000011 (rounded)
pi*10-8
To find the approximate value, we start by recognizing that one hundred millionth of Pi is ( \frac{\pi}{100,000,000} ). The value of Pi is approximately 3.14159, so one hundred millionth of Pi is about ( 3.14159 \times 10^{-8} ). In terms of hundredths (which is ( 10^{-2} )) and ten-thousandths (which is ( 10^{-4} )), this value is approximately 0.0000000314159, or 0.0000000314 when rounded, which is a tiny fraction of both hundredths and ten-thousandths.
Nothing
247.000001
A tenth of a nanometre.
pi*10-8
To find the approximate value, we start by recognizing that one hundred millionth of Pi is ( \frac{\pi}{100,000,000} ). The value of Pi is approximately 3.14159, so one hundred millionth of Pi is about ( 3.14159 \times 10^{-8} ). In terms of hundredths (which is ( 10^{-2} )) and ten-thousandths (which is ( 10^{-4} )), this value is approximately 0.0000000314159, or 0.0000000314 when rounded, which is a tiny fraction of both hundredths and ten-thousandths.
It's 3.14159265
One hundred-millionth of a centimetre is one millionth of a meter called a micrometer and written with the Greek *mju* character: µ
One hundred-millionth.
Nothing
The first one, one hundred millionth, is 1/100,000,000 -- 1 out of 100 million. One hundred millionths is 100/1,000,000 -- 100 out of 1,000,000. It simplifies to 1/10,000.
15,485,863 (fifteen million four hundred eighty five thousand eight hundred sixty three) is the one millionth prime number.
A tenth of a nanometre.
e*10-8
247.000001
It is 7.