you count one dollar a second so it would probably take you about 31 and a half years.
1 billion seconds 1 dollar per second, 1 billion dollar bills.
A billion seconds!!16 666 666.7 Minutes
12 billion dollars is 12,000,000,000. Nine zeroes. The first three zeroes on the left are for hundreds of dollars. The second is for thousands. the third set for millions. Then tag on 12. Nine zeroes in 12 billion dollars.
a million seconds
Using the American / modern British number definitions it would take:1012 / 103 = 109 seconds (1 billion seconds.)
1 billion seconds 16666666.67 minutes 277777.7778 hours 11574.07407 days
1 billion seconds 1 dollar per second, 1 billion dollar bills.
A billion seconds!!16 666 666.7 Minutes
Oh, dude, let me break it down for you. So, if you're counting one dollar per second for 8 hours a day, that's 60 seconds in a minute, 60 minutes in an hour, and 8 hours in a workday. That's 60 x 60 x 8 = 28,800 dollars a day. To count a billion dollars at this rate, it would take you 1,000,000,000 / 28,800 = approximately 34,722 days. So, grab a comfy chair and settle in for the next 95 years or so!
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.
Assuming it takes about 1 second to count each dollar, it would take one billion seconds, or about 31 years and 8 months.
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?
10 billion dollars: 10,000,000,000 Every year has: 365 days X 24 hours = 8,760 minutes times 60 seconds = 525,600 seconds per year. 10,000,000,000 divided by 525,600 = 19.025 years This is assuming that you were earning no interest on your 10 billion dollars.
Not sure what you mean by "1 pi". If you spend a certain amount every second, 24 hours a day, then simply calculate 86400 times that amount, then divide the billion dollars by the result.
12 billion dollars is 12,000,000,000. Nine zeroes. The first three zeroes on the left are for hundreds of dollars. The second is for thousands. the third set for millions. Then tag on 12. Nine zeroes in 12 billion dollars.
roughly 8 billion dollars a second
1000 billion dollars!!!!\ woah dog! ============================================================== Here are some other perspectives on 1 trillion dollars: Consider that light travels at about 186,000 miles per second. This time is called a light-second and is often used in astrophysical discussions. A light-second is also about 983,571,056 feet (that's how many feet are in 186,000 miles). This is almost 1 billion. Now, since a dollar bill is 6 inches long, there are almost 2 billion 1 dollar bills in a stretch that covers 186,000 miles - and it would take light 1 second to travel the length of 2 billion dollar bills. Now consider the distance from the earth to the sun - average is about 93,000,000 miles. Converting this to feet, and accounting that it takes 2 dollar bills to make a foot, we find that it takes 982,080,000,000 dollar bills to go from here to the sun - end-to-end. This is almost (within 1.8%) 1 trillion dollars. If we actually stretched the 1 trillion dollars from here to the sun, it would take light 8 minutes and 20 seconds to go from one end to the other. That's what a trillion dollars is.