Because, x is a variable, so it can mean any number ever known. It is called the "Unknown Quantity" simply because it represents the number that is not known in the equation. For exampe x+1=y So x and y are variables, each represents a number, if y=2 then it wold be x+1=2 and then you can figure out the "Unknown Quantity" which is 1.
"x" stands for any unknown or variable quantity; 3x means 3 times this quantity.
X is an unknown quantity. You would need the rest of the equation to figure out the value of X.
x is the 'unknown quantity' the sum is x+4=92 so an 'unknown quantity' has 4 added to it and the answer is 92, so if we now subtract 4 from 92 we will now know what the value of x is. 92-4= 88 so x=88
X is the symbol for multiplication, as in 2X2=4 X (or any other letter) is often used to represent an unknown quantity.
x - 18 = 156. The x is the unknown quantity, the rest of the equation you have. Now solve it and prove it.
x= the unknown
x
In maths the symbols x and n are usually used to represent an unknown quantity. These may be referred to as a variable.
Unknonwn quantity is any variable a,b,c or x,y
"x" stands for any unknown or variable quantity; 3x means 3 times this quantity.
X is an unknown quantity. You would need the rest of the equation to figure out the value of X.
X has long been used to denote an unknown quality of quantity and when X-rays where first discovered their exact nature and properties were unknown, so the name X (unknown) ray was chosen.
x is the 'unknown quantity' the sum is x+4=92 so an 'unknown quantity' has 4 added to it and the answer is 92, so if we now subtract 4 from 92 we will now know what the value of x is. 92-4= 88 so x=88
x or any other variable
X is the symbol for multiplication, as in 2X2=4 X (or any other letter) is often used to represent an unknown quantity.
An unknown or changing quantity is a variable in a mathematical equation or problem that is not fixed but can take different values. It is typically represented by a letter, such as x or y, and its value needs to be determined in order to solve the problem.
Yes, you can compare a known quantity with an unknown quantity in making measurements by using the known quantity as a reference point to determine the value of the unknown quantity. This comparison can help provide a basis for estimation or calculation in determining the value of the unknown quantity.