Range Shift refers to the amount to add or drop in the nearest 100 meters from the known point to the target. Which option best describes this value?

Range Shift refers to the amount to add or drop in the nearest 100 meters from the known point to the target. Which option best describes this value?

• A. The Azimuth Difference to Target
• B. The Vertical Elevation Difference
• C. The Amount to Add or Drop in the Nearest 100 Meters
• D. The Target's Size

Answer: (C)

Range shift is the amount you adjust the distance to the target, added to or subtracted from the known range, expressed in the nearest 100-meter increments. This is why the best choice is the one describing the exact amount to add or drop in the nearest 100 meters. It isn’t about changing direction left or right (that would be an azimuth difference), nor about changing the firing angle up or down (that’s the vertical elevation difference), and it isn’t about the target’s size. For example, if your measured range to the target should be 2,700 meters but you have 2,400 meters, the range shift is +300 meters (rounded to the nearest hundred).

Range shift is the amount you adjust the distance to the target, added to or subtracted from the known range, expressed in the nearest 100-meter increments. This is why the best choice is the one describing the exact amount to add or drop in the nearest 100 meters. It isn’t about changing direction left or right (that would be an azimuth difference), nor about changing the firing angle up or down (that’s the vertical elevation difference), and it isn’t about the target’s size. For example, if your measured range to the target should be 2,700 meters but you have 2,400 meters, the range shift is +300 meters (rounded to the nearest hundred).