The statement "The smaller the target, the closer you should be to it" is:

• A. Not Applicable
• B. Sometimes True
• C. True
• D. False

Answer: (C)

The idea is about how visual detail and accuracy depend on how big the target appears. A smaller target is harder to resolve and align with your aiming point at a given distance, so you’ll hit more reliably if you reduce the distance until the target subtends a larger angle in your sight picture. In practical terms, angular size matters: as distance decreases, the target looks bigger, making it easier to center and place the shot precisely. Moving closer also reduces issues like parallax, hand tremor, and subtle aiming errors, all of which are magnified when the target is small and farther away. That’s why, in typical aiming situations, the smaller the target, the closer you should be to improve accuracy. If you’re using highly magnified optics, you can stay farther and still resolve a small target, but with standard sighting, the principle holds.