"III" is the coin's denomination, 3 cents. While it seems strange to have that denomination in a 10-based system, it was issued specifically for buying postage stamps.
1853 is one of the more common dates for silver 3¢ pieces but it's still nicely priced. Numismedia lists the following approximate retail values as of 09/2009:
Very worn condition - $25
Moderately worn - $46
Slightly worn - $53
Almost no wear - $140
Uncirculated - $185-6600 depending on quality
How far to the left or right of the decimal point it is. If there is no decimal point, it is "hiding" at the right hand end of the number after the last digit.
Six
In the number 437.92, the numeral 7 holds a value of 70. This is because the digit 7 is in the tenths place, which represents a value of 7 tenths or 0.7. In the decimal system, each place value to the right of the decimal point is a power of 10, with the tenths place being 10^-1 or 0.1. Therefore, 7 in the tenths place is equal to 7 x 0.1 = 0.7 or 7 tenths.
500.046
The number 102.10245 can be written in numeral words as "one hundred two point one zero two four five."
How far to the left or right of the decimal point it is. If there is no decimal point, it is "hiding" at the right hand end of the number after the last digit.
Six
Yes, it can.
Probably, but doing so doesn't do anything for the coin's value. If it's worn to the point that the date is gone, the only value is for the silver content. The only exception is if it turns out to be a key date.
2.97? This number is in numeral, that's for sure. (Not really sure about your question though.)
If by "fraction", you mean a number, it already is a fraction. If by "fraction" you mean a "numerator-over-denominator" numeral, 0.4 has the same value as the 4/10 numeral and anything equivalent to that. It is enough to know that the value of the first place to the right of the decimal point is tenths (or "dimes") .... and the next place to the right has place-value as hundredths (or "cents") ... so that 0.47 means 4dimes+7cents ~ 47cents.
The "freezing point" (melting point) of the element silver is about 962 degrees Celsius.
The are you need to hit to score a point is the torso and a little wedge below your waist on the front (where the silver-colored lamé is).
It means to move the decimal point to the left until only one numeral remains to the right side of the decimal point, and to increase that one numeral by adding one if the next numeral to the right of it was 5, 6, 7, 8 or 9 or to decrease that one numeral subtracting one if the next numeral to the right of it was 0, 1, 2, 3 or 4.
The melting point of silver is 961.93 degrees Celsius and 1763.474 Fahrenheit.
In the number 437.92, the numeral 7 holds a value of 70. This is because the digit 7 is in the tenths place, which represents a value of 7 tenths or 0.7. In the decimal system, each place value to the right of the decimal point is a power of 10, with the tenths place being 10^-1 or 0.1. Therefore, 7 in the tenths place is equal to 7 x 0.1 = 0.7 or 7 tenths.
7.529