200 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 how is this read and written?
460952
Two hundred quattuordecillions\n\nCan be written using scientific notation as 2.0 x 10^47
26155
You should use scientific notation to describe this number. Correctly expressed, this number is 1*10^n where n is the number of zeros you typed. (I don't know how many zeros follow the ...)
448118
Oh jeeze, are you serious LOL.......ok lets say: 999,349,843,928,999,344,576,345,768,324,999 gazilliontrillionbazillion........
626746
10000+200000=210000 and  8.3066238629180748525842627449075\n\nwhy?
526884
Another one: 200(1+N/20)
848063
488,895\n\nWrite every number as a six digit number with leading 0's if necessary.  i.e, 1 becomes 000001, 10 becomes 000010, etc.\nAlso, write 1,000,000 itself as 000000.  (We don't change anything by doing this.) We will subtract out the leading 0's later.\n\nTherefore, there are 1,000,000 6-digit numbers.  Each digit occurs just as many times as any other, so so far there are:\n1,000,000 * 6 / 10 or 600,000 zeros.\nNow subtract out all the leading zeroes.\n\nEvery 1-digit number has 5 too many.  There are 9 of these, so 5*9 = 45 too many zeroes.\nEvery 2-digit number has 4 too many.  There are 90 of these, so 4 * 90 = 360 too many zeroes.\nContinuing this way, there are another 3*900 = 2700 , 2 * 9000 = 18000 and 1 * 90000 = 90000 too many zeroes.\n\nThis leaves 600,000 - 45 - 360 - 2700 - 18000 - 90000\n= 488,895 zeros in total.
274854
The difficult thing here is reading and writing the numbers. They must be transformed from ASCII and then the result transformed back to ASCII.I found a program that calculates the sum of 2 numbers.I hope it helps.
513850
One answer is:  6210001000
215002
Oh, come on. Windows has a calculator built in. Anyway, it's $2,693,320. The guy above me used 2,500,000 instead of 250,000.
1083786
Are you looking at computer code?  B indicates binary base and D indicates decimal.\nB100 = 1*2^2 + 0*2^1 + 0*2^0.\nD1000 is one-thousand.
231507
In all the world, 1 billion = 1 million millions = 1,000,000,000,000\nNow, only in the U.S, they refer to 1,000,000,000 (1 thousand millions) as billions.\nThink about this:\nyou have the tens (1 zero).\nYou have the hundreds (2 zeros)\nand you have the thousand (3 zeros)\nthen, you have ten of thousands and houndreds of thousands.\nYou only need another word when you get to thousands of thousands: millions.\nNow you have tens of millions, hundreds of millions, thousands of million, tens of thousands of millions, hundreds of thousands of millions and...\nwhen you reach millions of millions, you need another word
82291
As in 3*100,000,000 or as in 300,000,000?
1158354
This does not require hiring a professional, it's a rather simple & straightforward program. \n\nRaven put you on the right track, use the modulo (%) operator to break out the thousands from the hundreds, the hundreds from the tens, etc.  Define an array or map of strings with the words for each number up to twenty, then thirty, forty, fifty.. to ninety, then hundred, thousand.  Break the number apart, and get the appropriate words from the array & string them together.
89898
yes. their system interchanged the use of the period and the comma as seperators so that they seperate thousands using the period and the decimal part of a number is seperated or indicated through a comma so that three thousand euro and twenty cents is written as €3.000,20.
45269
srry didnt read full:\n316
366231
a quadrillion (1 000 000 000 000 000 000)
1141438
It cannot be written because it contains eleven hundred. Eleven hundred becomes one thousand one hundred eleven. Nevertheless, u used a good trick to surprise the people.