The amount of diffraction, and thus the resolution of the scope, depends upon:
A)the wavelength used and the size of the main telescope objective lens or mirror.
B)the design of the telescope.
C)whether the telescope is a reflector or refractor.
D)the brightness of the object.
E)the size and sensitivity of the CCD chip used for imaging.

Question

Quizplus · Accepted Answer

The amount of diffraction and resolution of the scope is determined by the wavelength used and the size of the main telescope objective lens or mirror. Both of these factors are crucial in determining the quality and clarity of the images produced by the telescope. The other options listed may have an impact on the overall performance of the telescope, but they are not the primary factors that determine the resolution of the scope. The amount of diffraction and resolution of a scope depends on the wavelength used and the size of the main telescope objective lens or mirror. Therefore, choice A is the best answer. The design, whether it's a reflector or refractor, brightness of the object, and size and sensitivity of the CCD chip may affect the image quality but they are not directly related to diffraction and resolution.

The Amount of Diffraction, and Thus the Resolution of the Scope