Final answer:
The FOV of AN/AVS-10V night vision goggles is not specified, but these devices generally have a wide FOV. The closest object a person with 10% accommodation can see clearly depends on the extent of accommodation. The far point of a person with 50.5 D of relaxed eye power is calculated by taking the reciprocal of this value in diopters.
Step-by-step explanation:
The horizontal Field of View (FOV) for the AN/AVS-10V panoramic night vision goggles is not directly provided in the question. However, similar systems typically have a wide FOV, which could range from 95 to 120 degrees depending on the model and design. Night vision goggles like the AN/AVS series are used to provide enhanced visibility in low-light conditions, often employed by military or specialized civilian services.
Vision Correction and Accommodation
When discussing vision correction and accommodation in the human eye, the ability of the eye to increase its optical power is crucial for focusing on nearby objects. A young woman with normal distant vision and a 10.0% accommodation ability can adjust the focus of her eyes to see objects that are closer than the farthest point she can see without accommodation. The closest object she can see clearly will depend on the degree to which her eyes can accommodate.
Far Point Calculation
To find the far point of a person whose eyes have a relaxed power of 50.5 D, we would need to use the relation between diopters (D) and meters, which is 1/D = distance in meters. Thus, the far point can be calculated as the reciprocal of the relaxed power of the person's eyes.