8333.33 is already in decimal notation.
You will have a negative decimal. For example, -754 in scientific notation is -7.54*10^2.
Decimal is a form of writing numbers and has nothing whatsoever to do with the units of measurement. So, the decimal notations would be: 1 cup for one cup, 1.5 cups for one and a half cups 5.75 cups for five and three quarter cups and so on.
Then why do we do money and we put a decimal point on it like an example $34.14 has a decimal and if it doesn't equals $3414 thousand dollar we can use it in other form for political systems or science of language Art.
Money is written in decimal for easier computation. Imagine if money is in fraction form, it will be hard for us to compute.
It is called a repeating decimal.
8333.33 is already in decimal notation.
0.25
Most assemblers support binary, decimal, hexadecimal and octal notations.
3107 = 275,126,141,110,000,000 = 2.7512614111*1017
You will have a negative decimal. For example, -754 in scientific notation is -7.54*10^2.
when there is money or many more
There are different notations for different fractions of 20, so there can be no single answer - except that they are multiples of 0.05
What advantages does a decimal money system have/?
You do not divide or multiply notations: you perform those operations on numbers which are expressed in different notations. How you do that depends on which notation you are concerned with.
Decimal is a form of writing numbers and has nothing whatsoever to do with the units of measurement. So, the decimal notations would be: 1 cup for one cup, 1.5 cups for one and a half cups 5.75 cups for five and three quarter cups and so on.
That means that there are 3 digits after the decimal point (or comma - some countries use a comma to separate decimals).