infinite ways
13/2 is equal to infinite equivalent fractions eg 26/4, 39/6, 52/8....... then there are the decimal versions eg 6.5, 6.50, 6.500........ then mixed fractions 6 and 1/2, 2/4, 3/6........
all of the above can also be represented as complex numbers with 0i as the imaginary part.
As many as you want. An unlimited number of ways.
you can write that answer a thousand million ways!
As many as you want.
How many languages can you write......? The answer: a lot (depending on the above question)
There are several ways to write the number 14, including as a numeral (14), in words (fourteen), in Roman numerals (XIV), as a fraction (14/1), in scientific notation (1.4 x 10^1), as a binary number (1110), and in other numeral systems such as hexadecimal (E) or octal (16). Each representation has its own unique characteristics and uses in different contexts.
As many as you want. An unlimited number of ways.
you can write that answer a thousand million ways!
As many as you want.
One. And that is 84.
3
There are three ways you can write the number 10. You can use X, as in Roman numerals, ten, or 10.
There are probably about half a dozen ways to write this number in scientific notation, but one way to write it, in scientific notation, is 2.4936061x108.
How many languages can you write......? The answer: a lot (depending on the above question)
An infinite number.
There are several ways to write the number 14, including as a numeral (14), in words (fourteen), in Roman numerals (XIV), as a fraction (14/1), in scientific notation (1.4 x 10^1), as a binary number (1110), and in other numeral systems such as hexadecimal (E) or octal (16). Each representation has its own unique characteristics and uses in different contexts.
As many as you want. You can write any number of additions, subtractions, etc. that result in this number.
3 times... 3 three III