**Question 12 of 15***An eagle is watching ants crawl along the ground in light of wavelength 550 nm as it flies overhead. The pupil diameter of the eagle's eye is 7.00 mm, and it is just able to optically resolve two ants that are separated by 1.20 mm. What is the eagle's altitude? Neglect the index of refraction of the eagle's eye.*- 62.5 m- 6.89 m- 10.2 m- 12.5 m- None of the above---In this question, students are required to calculate the altitude of an eagle using given parameters such as the wavelength of light, the pupil diameter of the eagle's eye, and the separation distance between the two ants observed by the eagle. The concept tested here is the resolving power of the eagle's eye, and the question specifies to neglect the index of refraction. The multiple-choice options are given, with only one correct answer among them.

Given:wavelength of light, λ = 550 nmdiameter of the lens, D = 7.00 mm = 7.00×10-3 mdistance between…

An eagle is watching ants crawl along the ground in light of wavelength 550 nm as it flies over head. The pupil diameter of the eagle's eye is 7.00 mm, and it is just able to optically resolve two ants that are separated by 1.20 mm. What is the eagle's altitude? Neglect the index of refraction of the eagle's eye.

An eagle is watching ants crawl along the ground in light of wavelength 550 nm as it flies over head. The pupil diameter of the eagle's eye is 7.00 mm, and it is just able to optically resolve two ants that are separated by 1.20 mm. What is the eagle's altitude? Neglect the index of refraction of the eagle's eye.