You do not, but you can add zeros to pad the decimal to show the hundred thousandths place.
One thousand of them - to the nearest thousand, Two thousand of them - to the nearest two thousand, Four thousnad - to the nearest four thousand None - to the nearest whole number.
What is 6498 rounded to the nearest thousand
there is none. it's just a different way to say it.
Maybe
It is seven and six thousand two hundred thirty none ten thousandths.
The closest hundred to 29 is zero. You can think of it in terms of money. If you have 29 cents and you want to know approximately how many dollars you have, the answer is none.
Split the number into blocks of three digits each from the right hand end (the last bock on the left may have less than three digits in it).Read each block of three digits from the left hand end in terms of hundreds-tens-units and follow it by the appropriate multiplier ([none], "thousand", "million", etc)423090709000 -> 423 090 709 000Using the short scale, the multipliers (from the right hand end) are [none], "thousand", "million", "billion", "trillion", etc, so the number is:Four hundred and twenty three billion, ninety million, seven hundred and nine thousand.Using the long scale, the multipliers are [none], "thousand", "million", "thousand million" (or "milliard"), "billion", etc, so the number is:Four hundred and twenty three thousand million, ninety million, seven hundred and nine thousand.
84000
6,070,018 (6 in the millions place, 0 in the hundred thousands because you have none, 7 in the ten thousands, etc.)
None.
2965.96 whats? If that's dollars: $2,965.96 If that's pennies: 2,966 If that's Pogs ... none ... no one collects Pogs anymore
Anywhere from none to many billions, depending on the computer.vacuum tube computers had no transistorstransistorized computers had a few thousand to a few hundred thousand transistorsintegrated circuit computers had a few tens of thousands to a few million transistorsmicroprocessor computers have had a few thousand to many billions of transistors