to recite pi without taking any breaks would take forever. This is because pi is a number that never stops, and goes on forever. Pi=3.14159265..., but goes on longer and longer. Pi is normally rounded to: 3.14 ================================== How far you get depends on how fast you recite, which you didn't mention. Let's say you could recite two digits every second without a break, and still figure out some way to eat and breathe. You would recite 172,800 in a day, 63,115,200 in a year, and 5,049,216,000 in 80 years. In 2005, a supercomputer team in Japan announced that they had tabulated (pi) out to 1,241 billion decimal digits ... a little over 245 times what you recited in eighty years, or roughly 19,662 years at 2 per second. But it's a race you can't win. In the next 19,662 years, the number of known digits will be many times what it is today.
Pi is infinite. The current number of digits calculated is over ten-trillion. If you want to find a pretty good estimate, divide 22 by 7.
IF you could count continuously - at the rate of one number per seconds (it would take you longer than that to recite them) - it would take more than 11 days.
An 8 bit binary code is a code that is 8 digits long. It would look like this: 00110010
Phone numbers are seven digits long in some countries but differing lengths in others. It purely depends upon what number of phone numbers the country needs .
I'm guessing that you couldn't do it in your lifetime, especially since you would have to memorize them first before you could recite them, assuming you weren't allowed to read them.
to recite pi without taking any breaks would take forever. This is because pi is a number that never stops, and goes on forever. Pi=3.14159265..., but goes on longer and longer. Pi is normally rounded to: 3.14 ================================== How far you get depends on how fast you recite, which you didn't mention. Let's say you could recite two digits every second without a break, and still figure out some way to eat and breathe. You would recite 172,800 in a day, 63,115,200 in a year, and 5,049,216,000 in 80 years. In 2005, a supercomputer team in Japan announced that they had tabulated (pi) out to 1,241 billion decimal digits ... a little over 245 times what you recited in eighty years, or roughly 19,662 years at 2 per second. But it's a race you can't win. In the next 19,662 years, the number of known digits will be many times what it is today.
The engine codes for a 2000 Dodge would be either 2 digits long or 4 digits and start with a "P".The engine codes for a 2000 Dodge would be either 2 digits long or 4 digits and start with a "P".
Pi is infinite. The current number of digits calculated is over ten-trillion. If you want to find a pretty good estimate, divide 22 by 7.
it is 4 digits long
The length of time it takes to recite Langston Hughes' poem "A Dream Deferred" can vary depending on the individual's speaking pace. On average, it takes approximately 1-2 minutes to recite the poem out loud.
Ten digits= 1 billion
IF you could count continuously - at the rate of one number per seconds (it would take you longer than that to recite them) - it would take more than 11 days.
Since the population of the Earth is around 7 billion (short scale), I would use either a long long integer that was 64 bits in length (if available) that would give me 18 digits of precision, or a double precision floating type that would give me 15 digits of precision.
A chassis number or vehicle identification number is 17 digits long. The first digits are letters which refer to where the vehicle was manufactured.
It depends on the encryption strength. For 64 bit connections, the key is 10 digits long. For 128 bit connections, the key is 26 digits long. For 256 bit connections, the key is 58 digits long.
No 2 children are the same. The time taken to fluently recite the quran depends on the child, his/her age, the language he/she speaks. Dyslexia would significantly slow down the child as there will be confusion between 'ta' and 'ya', and 'ba' and 'nun', and 'jim' and 'kha'.