A telescope is commonly used to view objects in space. Telescopes collect and focus light from distant objects, enabling astronomers to observe and study celestial bodies such as stars, planets, and galaxies.
A telescope is commonly used to view the moon from Earth. Telescopes gather and focus light to magnify distant objects, allowing astronomers and enthusiasts to see details of the moon's surface.
The answer is very simple: ANY telescope on earth, under the best possible circumstances, is looking through earth's atmosphere. Imagine trying to see the fine detail in anything looking up at it from the bottom of a swimming pool. That's an earthbound telescope. The Hubble does not have any atmosphere affecting it's view - which gives it 20/20 or better vision. Earthbound telescopes? 20/40 on their very best nights, usually more like 20/60.
Telescopes use lenses to view objects millions of kilometers away in space. These lenses help to collect and focus light from distant objects, allowing astronomers to observe planets, stars, galaxies, and other celestial bodies with great detail and clarity.
Satellites and space probes provide astronomers with access to data from space that cannot be obtained from Earth, such as images in different wavelengths or information about distant objects. They also allow for exploration of distant celestial bodies and regions that are not easily accessible using ground-based telescopes. These tools help astronomers study the universe more comprehensively and advance our understanding of the cosmos.
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Refracting telescopes and reflecting telescopes are commonly used to observe stars in visible light. These telescopes utilize lenses or mirrors to gather and focus light, allowing astronomers to view stars with clarity and detail.
The topography of Pluto is a complete mystery to astronomers as its extreme distance from Earth makes it impossible to view with telescopes, nor have any probes traveled there as of yet.
A telescope is commonly used to view objects in space. Telescopes collect and focus light from distant objects, enabling astronomers to observe and study celestial bodies such as stars, planets, and galaxies.
A telescope is commonly used to view the moon from Earth. Telescopes gather and focus light to magnify distant objects, allowing astronomers and enthusiasts to see details of the moon's surface.
Astronomers use a telescope to view planets directly.
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Islamic astronomers contributed to the edestruction of the geocentric view of the universe a iSlmamlhdiI.
The answer is very simple: ANY telescope on earth, under the best possible circumstances, is looking through earth's atmosphere. Imagine trying to see the fine detail in anything looking up at it from the bottom of a swimming pool. That's an earthbound telescope. The Hubble does not have any atmosphere affecting it's view - which gives it 20/20 or better vision. Earthbound telescopes? 20/40 on their very best nights, usually more like 20/60.
Anything that is invented to help view different aspects of science has a reason.The telescope is a tool that helps us zoom into objects and view things in a zoomed way, something we could not do with our naked eyes. So, the telescope, told us about particles, bacteria, planets and everything that we can not see with our naked eyes alone. So, without telescopes, we would not be able to know what makes up sick etc.
Reflecting telescopes are far-and-away the most common. This is because the telescope can be smaller and lighter, and because lenses always absorb a little light while mirrors can be almost perfect reflectors.