This problem involves a specific type of word coding where letters are rearranged based on a fixed pattern. We need to figure out the rearrangement rule used for the examples 'LIQUID' to 'UDILQI' and 'HANDLE' to 'DELHNA' and then apply it to the word 'NORMAL'.
Let's number the positions of the letters in 'LIQUID':
L(1) I(2) Q(3) U(4) I(5) D(6)
Now let's look at the coded word 'UDILQI':
U D I L Q I
Comparing the positions, it's not immediately obvious. Let's try the second example.
Let's number the positions of the letters in 'HANDLE':
H(1) A(2) N(3) D(4) L(5) E(6)
Now let's look at the coded word 'DELHNA':
D E L H N A
Let's see where the original letters moved:
So, the pattern of position rearrangement is: (4, 6, 5, 1, 3, 2).
Let's apply the pattern (4, 6, 5, 1, 3, 2) to 'LIQUID':
Applying the pattern (4, 6, 5, 1, 3, 2):
Combining these gives 'UDILQI', which matches the first example. The pattern is confirmed.
Now, we apply the same rearrangement pattern (4, 6, 5, 1, 3, 2) to the word 'NORMAL'.
Let's number the positions of the letters in 'NORMAL':
N(1) O(2) R(3) M(4) A(5) L(6)
Applying the pattern (4, 6, 5, 1, 3, 2):
Combining these letters in the new order gives: MLANRO.
Based on the consistent pattern derived from the examples, the word 'NORMAL' will be written as 'MLANRO' in this code language.
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