A) increase in first circuit and decrease in second
B) increase in both circuits
C) decrease in both circuits
D) decrease in first circuit and increase in second

Solution: The correct option is D) decrease in first circuit and increase in second

In case of Inductive Reactance, ⟹ I ∝ 1/f​
Thus we can say that the current decrease in the inductive circuit if the frequency of the circuit is increased.
In case of the capacitive reactance:
$⟹I\propto f$
Therefore, the current increases in the capacitive circuit when the frequency is increased.