925 is, itself, a whole number.
To convert -3.925 to a mixed number, we first need to separate the whole number part from the decimal part. The whole number part is -3. The decimal part, 0.925, can be converted to a fraction by placing it over 1000 (since there are three decimal places). So, 0.925 as a fraction is 925/1000. Putting it all together, -3.925 as a mixed number is -3 925/1000.
The answer can be another fraction and a whole number or it can be a whole number.
A product of a given whole number and another whole number = whole numbers
a whole number
1.5 is not a whole number and cannot be converted to a whole number.
925 is Sterling 925/1000. FBM is makers mark
No. The standard number for sterling silver is 925, or .925.
To convert -3.925 to a mixed number, we first need to separate the whole number part from the decimal part. The whole number part is -3. The decimal part, 0.925, can be converted to a fraction by placing it over 1000 (since there are three decimal places). So, 0.925 as a fraction is 925/1000. Putting it all together, -3.925 as a mixed number is -3 925/1000.
the number stamp of 925 on a piece of jewelery means 92 1/2 parts of sterling silver,so the number 925 on jewelry means sterling.
It is 925 and 8/1000 or as 925 and 1/125 in its simplest form
The Least Common Multiple (LCM) of 925 is 925 itself. This is because the LCM of any number with itself is the number itself. The LCM is the smallest multiple that two or more numbers have in common, and since 925 is a prime number, it is only divisible by 1 and itself, making the LCM 925.
As a benchmark fraction, 925 can be represented as 925/1000, which simplifies to 37/40. This fraction indicates that 925 is 37 parts out of a total of 40, providing a way to understand its relative size in comparison to a whole. In decimal form, 925 corresponds to 0.925, highlighting that it is 92.5% of the total.
925
925
As a number it is: 925,000,000,000
The number 925 indicates that the piece of jewelry is made out of sterling silver.The letters could be the initials of the designer.
The notation "925 Rb" refers to the isotope of rubidium (Rb) with a mass number of 925. However, this is incorrect since rubidium has only two stable isotopes, Rb-85 and Rb-87. The mass number typically represents the total number of protons and neutrons in the nucleus, and 925 does not correspond to any known or stable isotope of rubidium.