Consider the numbers A and B where A has m digits after the decimal point and B has n digits.
Then find the multiple A'*B' where A' is A without its decimal point, and B' is B without its decimal point.
In that answer insert the decimal point so that there are (m+n) digits after the decimal point.
Real numbers are compared by distance from zero That means converting numbers to decimals to determine which number is greater and putting these decimals in order from least to greatest or ordering the corresponding real numbers. I posted a link as an example.
Whole numbers are positive numbers and there are no fractions or decimals.
No because whole numbers are integers that do not have decimals or fractions attached to them.
Whole numbers contain no fractional part as do decimals
To help you separate whole numbers with number with tenths
No. Mixed numbers are a number and a fraction.
All decimals are real numbers and all real numbers can be expressed as decimals.
The numerator is how many you have, and the factors are numbers that go into a number, so they are both parts of parts or fractions/decimals.
The product of two rational numbers is a rational number. All decimal numbers that terminate or end with a repeating sequence of digits are rational numbers. As both 0.54732814 (as written) and 0.5 are terminating decimals, they are both rational numbers. As 0.54732814 is a rational number and 0.5 is a rational number, their product will also be a rational number.
Yes. Rational numbers are numbers or decimals that repeat or terminate. Irrational numbers do not. For example π is an irrational number.
All repeating decimals are rational numbers. Not all rational numbers are repeating decimals.
These are decimals and there are an infinite number of numbers between these numbers.