Either, $15,000. Or, $15000. The comma just makes it look neater, and is more generally accepted.
1,005.
In words 6.15 is six and fifteen one-hundredths or more informally, six point one five
1005
Technically, yes. One thousand can be abbreviated as 'k' so 1000k would be 1 million. 5k would be five thousand, 125k would be one hundred and twenty-five thousand and so on. However the symbol for one million is M so the number 1,000,000 would more appropriately be abbreviated as 1M.
5,015 five thousand and fifteen
105000
(1,000,000 + 5,000) = 1,005,000
Either, $15,000. Or, $15000. The comma just makes it look neater, and is more generally accepted.
The number is 9. 4x + 15 = 5x + 6 4(9) + 15 = 5(9) + 6 51 = 51
Titanic's workforce was about fifteen-thousand workers with many more offsite.
The base roman numerals are: I one V five X ten L fifty C one hundred D five hundred M one thousand To make larger numbers, you put a bar above the numeral, or enclose it in parentheses for a more word-processor friendly format. Thus, you get (V) five thousand (X) ten thousand (L) fifty thousand (C) one hundred thousand (D) five hundred thousand (M) one million +++ To answer the implicit question - there is no "last" number in any system. The M for 1000 was only the largest number "name" in the Roman system.
1,005.
This is how you would write that number: $500,000. Since the number is in the thousands, you know that it must have at least 3 zeros behind it, or at least be made up of 4 digits. If you only added 3 though, you would have five thousand (5,000) rather than five hundred thousand (3 zeros instead of 5). A number in the hundreds is a 3 digit number, whereas a number in the thousands has 4-6. If you take the number 500 and put it in the thousands, you know that you need to add 3 more zeros to the end of 500 to represent that value: $500,000.
There is no answer -_-
no more than five thousand
Titanic's workforce, in the Harland &Wolff shipyard, was about fifteen-thousand workers with many more offsite.