Simplify \(\frac{3t + 6}{3t}\). The numerator of this fraction will factorise as there is a common factor of 3. This gives \(\frac{3(t + 2)}{3t}\). Now, there is clearly a common factor of 3 between ...

When you use the OUTPUT statement to save a design in a data set, and you rename and recode a factor, the type and length of the new variable are determined by whether you use the NVALS= or CVALS= ...

For the results of the canonical and ridge analyses to be interpretable, the values of different factor variables should be comparable. This is because the canonical and ridge analyses of the response ...