1
Telescopes
Name of student
Affiliation
Course/Professor
Due Date
, 2
Telescopes
Various instruments are used to study science and, majorly, the planet. Telescopes are one of the
most useful tools that, over the years, have helped astronomists and other professionals
understand the solar system, the stars, and other celestial bodies. There are three main types of
telescopes: Refractors, reflectors, and catadioptric or compound telescopes. These essays further
explain more about each type of telescope, their advantages and disadvantages, and a statement
on personal preference from the analysis.
Refractors are telescopes mainly known for examining the moon and the solar system.
They are known as reflectors because they involve bending light to observe an image through the
eye lens. Refractor telescopes have a curved lens in the front that gathers light and later bends it
to the focal point along the focal length of the optical tube. After hitting the diagonal lens, the
light is then refracted to the eyepiece, where an individual can observe the item of focus. The
telescope's effectiveness is based on its size; the larger the telescope, the more light is refracted
and the more articulate the observation is. An example of a refractor telescope is the Celestron
Inspire 100AZ telescope. Refractors normally have an aperture of more than 8 inches and are 5
inches, 127 mm down to 50mm, and 2 inches long (Pavan & Anderson, 2022). The telescopes
are best known for viewing the planets ad moons, have a small aperture, good optical quality,
and are cheaply available. They are, however, limited to galaxies and nebulas (Lavender, 2023).
Other disadvantages include: chromatic aberration and the computerized go-to mounts are hard
to operate while using a reactor minor.
Telescopes
Name of student
Affiliation
Course/Professor
Due Date
, 2
Telescopes
Various instruments are used to study science and, majorly, the planet. Telescopes are one of the
most useful tools that, over the years, have helped astronomists and other professionals
understand the solar system, the stars, and other celestial bodies. There are three main types of
telescopes: Refractors, reflectors, and catadioptric or compound telescopes. These essays further
explain more about each type of telescope, their advantages and disadvantages, and a statement
on personal preference from the analysis.
Refractors are telescopes mainly known for examining the moon and the solar system.
They are known as reflectors because they involve bending light to observe an image through the
eye lens. Refractor telescopes have a curved lens in the front that gathers light and later bends it
to the focal point along the focal length of the optical tube. After hitting the diagonal lens, the
light is then refracted to the eyepiece, where an individual can observe the item of focus. The
telescope's effectiveness is based on its size; the larger the telescope, the more light is refracted
and the more articulate the observation is. An example of a refractor telescope is the Celestron
Inspire 100AZ telescope. Refractors normally have an aperture of more than 8 inches and are 5
inches, 127 mm down to 50mm, and 2 inches long (Pavan & Anderson, 2022). The telescopes
are best known for viewing the planets ad moons, have a small aperture, good optical quality,
and are cheaply available. They are, however, limited to galaxies and nebulas (Lavender, 2023).
Other disadvantages include: chromatic aberration and the computerized go-to mounts are hard
to operate while using a reactor minor.
