And exponent of -2 represents the square root
It is the square of the original number. If the original number represents a length, then the square of the original number represents an area of a square with side equal to the original number.
To write 1 6 1983 in Roman numerals, you would write it as VI.X.MCMLXXXIII. VI represents 6, X represents 10, MC represents 1100, M represents 1000, LXXX represents 80, and III represents 3.
The answer depends on what n represents.
The square root of 6 is... 2.449489742783178 !
A square
1 cm on the map represents 1oo cm = 1 metre in real life. So 1 sq cm represents 1 sq metre in real life. 6 cm square = 6 cm * 6 cm represents 6 m * 6 m = 36 sq metres.
And exponent of -2 represents the square root
The formula for the perimeter of a square is P equals 4 times a. 'P' represents the perimeter, and 'a' represents a side of the square.
In algebra, "a x a" represents the multiplication of the variable "a" by itself. This operation is known as squaring a number. The result of "a x a" is written as "a^2" and represents the area of a square with side length "a".
Historically, the square represents male qualities.
The term "i^2" simplifies to -1. This is because "i" represents the imaginary unit, which is the square root of -1. When you square i, you get -1.
You cannot compare square feet, which represents area, to cubic meters, which represents volume.
It is the square of the original number. If the original number represents a length, then the square of the original number represents an area of a square with side equal to the original number.
To write 1 6 1983 in Roman numerals, you would write it as VI.X.MCMLXXXIII. VI represents 6, X represents 10, MC represents 1100, M represents 1000, LXXX represents 80, and III represents 3.
The quantity of 6 refers to the numerical value of the number 6. In other words, it represents the amount or value that the number 6 represents.
The answer is "i" Tada!