The correct option is # = ILG, % = QTO.
Step-by-Step Explanation:
The given analogy is of the form:
# : GJE :: SVQ : %
We need to find the values of # and % such that the relationship between the letter-clusters on the left side of :: is identical to the relationship between the letter-clusters on the right side.
Let's substitute # = ILG and % = QTO into the analogy and analyze the pattern of alphabetical positions for each letter.
1. First Pair (# : GJE ⇒ ILG : GJE):
Convert the letters of the first cluster (ILG) to their corresponding positions in the English alphabet:
I = 9, L = 12, G = 7
Convert the letters of the second cluster (GJE) to their corresponding positions:
G = 7, J = 10, E = 5
Now, compare the positions of corresponding letters:
First letter: I (9) - 2 = G (7)
Second letter: L (12) - 2 = J (10)
Third letter: G (7) - 2 = E (5)
The pattern for the left pair is subtracting 2 from the positional value of each letter (-2, -2, -2).
2. Second Pair (SVQ : % ⇒ SVQ : QTO):
Convert the letters of the first cluster (SVQ) to their corresponding positions in the English alphabet:
S = 19, V = 22, Q = 17
Convert the letters of the second cluster (QTO) to their corresponding positions:
Q = 17, T = 20, O = 15
Now, compare the positions of corresponding letters:
First letter: S (19) - 2 = Q (17)
Second letter: V (22) - 2 = T (20)
Third letter: Q (17) - 2 = O (15)
The pattern for the right pair is also subtracting 2 from the positional value of each letter (-2, -2, -2).
Since both sides follow the exact same rule, replacing # with ILG and % with QTO satisfies the analogy.