The fundamental resolution of an optical instrument is set by Group of answer choices the wave nature of light. the bullet nature of light the index of refraction of the glass that makes up the lenses. none of these the fact that white light is composed of all visible colors.

The fundamental resolution of an optical instrument is set by the wave nature of light.

Explanation:

According to quantum mechanics, light acts both as a particle and a wave. However, the fundamental resolution of an optical instrument, such as a lens, is limited due to the acting of light as a wave.

In particular, the resolution of an optical instrument is limited by the diffraction effect, which is a phenomenon of waves. Consider for example a convex lens which we are using to observe an object.

The light coming from a point of the object reaches the lens, and it diffracts, forming a diffraction pattern called Airy disk. Another point in the object, adjacent to the first one, also makes diffraction in the lens: the two points can be distinguished through the lens only if their separation is larger than the radius of the Airy disk. Mathematically, the two points can be resolved (distinguished) if their angular separation is larger than

where

is the wavelenght of light

D is the diameter of the lens aperture

Therefore, this is basically the fundamental resolution of the lens, and we see that it is affected by diffraction, which is a phenomenon of waves.

double the distance = divide strength by 4

that tool is called an altimeter which measures your altitude which can be used to tell which atmosphere you are currently in, including the stratosphere.

hope this ! : )