3 years and 209 days...
how fast are you counting? assuming 1 penny a second, day and night, no breaks, 86,400.
That depends on how fast you can count.
Count the zeros: 4 in 10000, 6 in 1000000 Subtract 4 from 6 and you have 2 100 There are 100 10000 in 1000000
It would take nothing
3 years and 209 days...
If you count from 1 to 1000000 you count 1000000 numbers so there are 1000000 numbers in 1000000
how fast are you counting? assuming 1 penny a second, day and night, no breaks, 86,400.
That depends on how fast you can count.
Count the zeros: 4 in 10000, 6 in 1000000 Subtract 4 from 6 and you have 2 100 There are 100 10000 in 1000000
100,000 pennies at one per second = 100,000 seconds 60 minutes in an hour and each minute is 60 seconds = 3600 seconds per hour 24 hours per day * 3600 seconds = 86,400 seconds per day 100,000 seconds/86,400 seconds per day = 1.2 days ----------------------( not that much )
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.
It would take nothing
There are 25 pennies in one quarter. So there are 5 quarters. 25 x 5= 125 soooo 125 pennies in 5 quarters.You could also do this: if the 1's equal pennies this can be your answer:1111111111111111111111111=25 cents= a quarter5 of those is:11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111And count all of those and you have 125 pennies split into sets of 25!! haha
It depends on how fast you count. At one penny per second it would take you a little longer than eleven and a half days. Answered by WhyGht Mic. aka Michael Withem
There are 304 pennies in a square foot 16 pennies = 12 inch line. 16 X 16 = 256 *************************************************************** Despite the difference of 48 pennies between the two answers above, both answers could be correct. If pennies were square, then answer #1 would be incorrect. Answer #2 relies on the pennies being arranged in a grid pattern. 16 x 16 = 256. However pennies are circular and can be "nested" when arranged. That means that the first row would be 16 pennies. The second row would be 15 pennies, the third row would be 16 again, then 15 again, etc. Because of the nesting, additional rows can be added in the same square foot of space. I haven't tried to see how many more pennies could be accommodated by this nesting (or "staggering") so I don't know if the 304 is an accurate count in such a case. However there would certainly be more pennies per square foot in a nested arrangement than in a grid arrangement.
You could buy a piggy bank, and every time you get change put the pennies into the bank, and every once in awhile put them in the coin rolls so you don't have to count out a million pennies. In my opinion I think you should get $50(if not more) out of each of your paychecks and take it to a Coin star machine and get your $50 bill into $50 worth of pennies.