It is a variable fraction.
It is a variable fraction, NOT an algebraic fraction.
It is a variable fraction. But it need not be algebraic.
It is a variable fraction which need not be algebraic.
It is an algebraic fraction.
It is a variable fraction, NOT an algebraic fraction.
It is a variable fraction.
It is a variable fraction, NOT an algebraic fraction.
It is a variable fraction. But it need not be algebraic.
It is a variable fraction which need not be algebraic.
The dependence or independence of a variable does not have a bearing on its position in a fraction.
It is an algebraic fraction.
A variable alone in math, as in 3y2 x n3 = 3y2n3 means to manipulate the lone variable by the factors afecting it.
It is the fraction with the numerator and denominator swapped.
if you have a variable in a fraction and want it by itself you have to rearrange the equation e.g. 2x/1=1 to get the variable by itself you first need to get rid of the fraction SO... you multiply both sides by the denominator (in this case it's 1) so you end up with 2x=1 to get the variable alone you then need to get rid of the coefficient, which in this case is 2. To get rid of this coefficient you need to divide both sides by two (because the variable is multiplied by 2) so then you end up with 2x/2=1/2 We can then simplify to x=1/2.
'g' is a variable, hence it cannot be written as a fraction.
A fraction.