That is correct.
A zero. Zero in the denominator make the expression undefined for algebraic purposes.
When the denominator is equal to zero, the expression is undefined. Close to those places, the expression tends towards plus infinity, or minus infinity. In other words, setting the denominator to zero will tell you where there are vertical asymptotes.
You could write "divided by" between the expression for the numerator and the expression for the denominator.
The value of the denominator cannot be zero.
To eliminate the radical in the denominator.
A rational expression is not defined whenever the denominator of the expression equals zero. These will be the roots or zeros of the denominator.
An expression which contains polynomials in both the numerator and denominator.
An expression is in its lowest terms if the greatest common factor of the numerator and denominator is one.An expression is in its lowest terms if the greatest common factor of the numerator and denominator is one.An expression is in its lowest terms if the greatest common factor of the numerator and denominator is one.An expression is in its lowest terms if the greatest common factor of the numerator and denominator is one.
rational expression
rational expression
That is correct.
"rationalizing" the denominator
A zero. Zero in the denominator make the expression undefined for algebraic purposes.
When the denominator is equal to zero, the expression is undefined. Close to those places, the expression tends towards plus infinity, or minus infinity. In other words, setting the denominator to zero will tell you where there are vertical asymptotes.
If you divide a rational expression by another rational expression, you will again get a rational expression.
It is a unit rate.