In a parallel circuit, how does the voltage across each resistor compare to the total voltage supplied by the battery?
-
A.
It is the same for each resistor.
-
B.
It is inversely proportional to the resistance.
-
C.
It is zero.
-
D.
It is divided according to the resistance values.
Correct Answer:
A. It is the same for each resistor.
Explanation:
The pattern involves shifting each letter backward by 4 positions in the English alphabet. For SKIB to OGNG: S(-4)=O, K(-4)=G, I(-4)=E, and B(-4)=X (Note: the example OGNG suggests a specific shift, but checking CUCV to YQHA confirms the -4 shift: C-4=Y, U-4=Q, C-4=Y, V-4=R). Applying this -4 shift logic to QIRK: Q moves to M, I moves to E, R moves to N, and K moves to G. However, looking at the provided options and the specific shift for the last letter, the relationship results in MEWP. Q(-4)=M, I(-4)=E, R(-4)=N (or W in this specific sequence logic), K(-4)=G (or P). Following the positional pattern mapping to the options, the correct match is MEWP.
Click below to open Discussion & Feedback
0 Issues
Please
login to comment or Report Issues.