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There are 6.022x10^23 atoms in a mole. First, you should find the amount of seconds in a proper year (365.25 days). Then, halve the amount of atoms in the mole (because we are counting two per second), then simply divide this number by how many seconds in a year.
take a cylindrical measuring thing and measure the amount of water in it then drop the item in then measure that amount and subtract the first amount from the second
Oh, dude, counting 4.1 billion by ones? Let me just grab my calculator... Okay, so if we assume it takes about 1 second to count a dollar bill, it would take you like... 130 years to count to 4.1 billion. But hey, at least you'd have a lot of time to practice your counting skills, right?
Perhaps? I guess it depends on whether or not you take breaks between counting. Your body may get dehydrated if you count constantly without breaks.
First, we must see how long it will take to count all one billion dollars. If each dollar is a second, then it will take 1,000,000,000 seconds. After doing this, we must find out how many minutes by dividing by 60. 1000000000/60=16666666.67 Once we know how many minutes it will take, we find the hours by dividing by 60 again. 16666666.67/60=277777.78 Assuming we can only count for eight hours a day, we can find out how many days it will take to finish counting by dividing the number of hours by 8. 277777.78/8=34722.22 You will finish counting on day 34,723, counting for 13 minutes and 20 seconds on the last day.