Well there are 365 days in a normal year and 366 in a leap year. Leap years happen every 4 years (or there abouts).
So in 1 million years there will be 250000 leap years, leaving 750000 normal years
Thus 750000 * 365 = 273750000 days
250000 * 366 = 91500000 days
thus the total number of days in 1 million years is 365,250,000
694.5 days or 1.9 years
Just divide the million days by the number of days in a year - for example, by 365.2422.
A trillion is a million million, so it would take one million days at $1 million a day to spend a trillion. One million days is about 2737.85 years .
1 million minutes = about 2 years (1.90132588 years)1 year and just under 11 months.
1 year = 31556926 seconds (≈ 31.6 million seconds) ⇒ 1 million seconds = 1000000 seconds = 1000000 ÷ 31556926 years ≈ 0.0317 years
694.5 days or 1.9 years
Just divide the million days by the number of days in a year - for example, by 365.2422.
A trillion is a million million, so it would take one million days at $1 million a day to spend a trillion. One million days is about 2737.85 years .
10
1 million minutes = about 2 years (1.90132588 years)1 year and just under 11 months.
1 year = 31556926 seconds (≈ 31.6 million seconds) ⇒ 1 million seconds = 1000000 seconds = 1000000 ÷ 31556926 years ≈ 0.0317 years
None that we are aware of. The longest lived person (documented) in modern times was Jeanne Calment of France who lived to be 122 years, 164 days. The bible records Methuselah living to be 969. Neither of these is even remotely near 1 million. -------------------------------------------------------- As you have not specified years: 1 million hours ≈ 114 years 1 million minutes ≈ 694 days ≈ 1.9 years 1 million seconds ≈ 11.57 days
It is quite simple. If it takes 11.57 days for 1 million seconds to pass, then it is just that number multiplied by 1000, which would be 11,570 days. (Which divided by 365 is 31 years and a little over 8 months.) So if this fact is correct that 1 million seconds is 11.57 days, then I conclude that: 1 billion seconds = 31.7 years!
There are 1440 mins in a day (60x24) 1000000/1440 = 694.4r days. = 1 year and 329.4 days
There are 1000 sets of 1 million years in a billion years.
(1 million hours) x (1 day/24 hours) x (1 year/365.25 days) = 114.077 years (rounded)Each of the two fractions is equal to ' 1 '. I just multiplied the 1 million hours by ' 1 ' twice.
1 years and 151 days.