In the option choices we are give the ratio of \(\frac{Graduates }{ Non Graduates}\)
Now since this is an ratio, in
most of the cases this is a reduced form. The actual number is a multiple of the numerator and denominator.
Ex. Assume, that the number of boys in a class is 4 and the number of girls in the class is 6.
The ratio of \(\frac{boys }{ girls }\) = \(\frac{ 4 }{ 6 }\) = \(\frac{ 2 }{ 3}\)
We get \(\frac{ 2 }{ 3}\) by cancelling the common factor '2' from the numerator and denominator.
Similarly, when we say that the ratio \(\frac{Graduates }{ Non Graduates}\) = \(\frac{ 101}{ 88}\), the ratio can represent either the actual number or can represent a reduced form where a common factor has been cancelled from both the numerator and the denominator.
The smallest factor that we can consider here is 2. However, if the numerator and denominator were a multiplied by the assumed factor '2' the total would exceed 300.
For ex. lets take option A
\(\frac{Graduates }{ Non Graduates}\) = \(\frac{101}{ 88}\)
Now, either the number of graduates and the number of non graduates is equal to 101 and 88 respectively or the ratio is \(\frac{101}{ 88}\) while the actual number is a multiple of a factor say x
\(\frac{Graduates }{ Non Graduates}\) = \(\frac{101 * x}{ 88 * x}\)
Even if we take 2 as the factor
Number of graduates = 101 * 2 = 202
Number of non - graduates = 88 * 2 = 176
The sum of this exceed 300, hence this is not possible.
Long story short - The options presented represent the actual number of graduates and non-graduates, not the reduced form.