You divide the top number (numerator) by the bottom number (denominator) and you will get a number.
Yes. Depending on the country, it may mean a thousand billion (a million million) - this definition is common in English-speaking countries; or a million billion (a million million million).
Yes - in fact the set of all even numbers is a subset of the set of all integers, which is, in turn, a subset of the set of all real numbers.
1 million seconds. Or, a little more than 11 days of nonstop counting
The imaginary number (i) is defined as the square root of -1. If you multiply i by i you get -1
It is a counting number, an integer, a rational number, a real number.
yes
Yes. Depending on the region, this may be called a trillion, or a billion.
It is a number. A counting number, an integer, a rational number, a real number, etc.It is a number. A counting number, an integer, a rational number, a real number, etc.It is a number. A counting number, an integer, a rational number, a real number, etc.It is a number. A counting number, an integer, a rational number, a real number, etc.
You divide the top number (numerator) by the bottom number (denominator) and you will get a number.
One million billion is also known as a Quadrillion. This is a number, followed by 15 zeroes. 1,000,000,000,000,000 is a Quadrillion.
Yes. Depending on the country, it may mean a thousand billion (a million million) - this definition is common in English-speaking countries; or a million billion (a million million million).
You can do a mermaid spell a million times and you won't become a mermaid. Magic spells are not real and can NOT turn you into a mermaid. Mermaids are not real. People can not turn into anything. It is all make believe.
yes mhm, because obviously if it is a number...than it's a whole number * * * * * The above is a bit back to front. A whole number is a rational number which, in turn, is a real number.
There are two meanings for the phrase "real number". 1,000,000 is a real number no matter which of them you use. (Numbers that are not "real numbers" are "imaginary" or "complex" numbers if you're using the phrase in one sense, and "made-up" numbers like "a jillion" in the other sense.)
Yes - in fact the set of all even numbers is a subset of the set of all integers, which is, in turn, a subset of the set of all real numbers.
they kept saying his name because it isn't real