Want this question answered?
58
Yes, Akira Haraguchi , a 60-year old has memorized and repeated 100,000 digits of PI in 16 hours.
1259
No, I can't.For 2 reasons:1) I don't know pi to 1000000 digits2) I type at about 3 digits a second and at that rate, to type pi to 1000000 digits would take me ~333333 seconds ~= 5555 minutes ~= 92 hours ~= 3.85 days if I did nothing but type.
In 112 minutes, there is exactly 1 and 13/15 hours, or approximately 1.87 hours. This is calculated by taking the number of minutes being calculated and dividing it by the number of minutes in one hour. In this case, you would be dividing 112 minutes by sixty minutes, which gives you the aforementioned answer.
Hello my friend sorry for taking so long dfor this question , when pi was calculated 2037 in 1949 it took 70 hours to do on the ENIAC computer. 70 hours.
It has 3 significant digits.
The average energy consumption of a flat computer screen can be calculated by the following formula. Multiply 50 the number of hours of use time and divide it by 1000, that is how many kilowatts/ hour a flat computer screen uses energy.
8 am.Any military time less than 1300 is the simple time in hours (first two digits) and minutes (last two digits) in the morning if the first two digits are less than twelve or afternoon if the first two digits are twelve.When the first two digits are equal two or greater than13 then, if you subtract 12 from these, this gives the time in hours in the afternoon. Obviously again the last two digits are the minutes.
58
Yes, Akira Haraguchi , a 60-year old has memorized and repeated 100,000 digits of PI in 16 hours.
Depending the on the company a computer programmer works for, hours could be set or variable. Some computer programmers have their own businesses. That way, they can set their own hours.
40 hours per week times 52 weeks per year equals 2080 hours.
1259
You are a computer holic when you spent more than 3 hours on the computer everyday.
it can cause by sitting for hours on computer!
about 46 hours a week