NASA recommends some of the best telescopes, and knowing which one will depend on what you're looking to observe with it. If you want to take your astronomy hobby to the next level and make more detailed observations then investing in a quality telescope is a must!

For general use, NASA recommends the Celestron NexStar 8SE Telescope. This telescope comes equipped with an 8” Schmidt-Cassegrain optical design providing excellent image quality and enough light gathering power. It also has a computerized altazimuth mount that allows users to easily find their favorite deep sky objects without needing any special skills or knowledge of star charts. The NexStar 8SE can be used for both terrestrial and celestial observation making it great for taking in views of land-based wildlife as well as galaxies billions of light years away!

If astrophotography is something you're interested in then another fantastic choice from Celestron would be their EdgeHD 925 Optical Tube Assembly (OTA). This OTA has an amazing focal length of 2350mm, precision optics that provide pin sharp images even when zoomed all the way out, plus high contrast wavefront correction coatings ideal for amazing pictures taken through this device. Coupled with a suitable motorized mount like Celestrons Advanced VX EQ Mount this OTA will help give you some seriously clear photos of distant stars and galaxies within our night skies!

Finally if money is not much of an issue than perhaps look into buying Meade Instruments LX85 series Telescopes? With its highly advanced GPS location system allowing users to precisely view areas on earth or outer space quickly - along with its lightweight yet rigid aluminum tripod - these rocketship looking telescopes have been guiding astronomers across every continent since 2007! Simply put they are 12 times darker than ordinary lunar adventures which means visual observing planets within our own solar system become easier than ever before. Plus there's always optional accessories such as remote controls via smartphone applications giving more flexibility than ever before meaning those wanting extra features shouldn't many problems here either.

If you're looking for the best professional telescope to buy, then look no further! The Celestron CPC 1100 StarBright XLT GPS Telescope is the ultimate choice for both amateur and professional astronomers alike. This state-of-the-art great telescope offers an incredible level of detail and clarity that can't be found with other models.

It comes with a Schmidt Cassegrain Optic system which has a 3048 mm focal length and 11" aperture, so you can get sharp, clear images of distant galaxies, planets, stars and even comets up close. It also has two separate focusers - one in the main tube (f/10) and one in the rear (f/3). This enables you to observe either fainter objects or very bright objects depending on your needs.

In addition to its stunning imaging capabilities, this computerized telescope features an intuitive database of over 40,000 celestial objects built into its computerized mount for automatic alignment with any patch of sky upon setup. It also comes preloaded with software like Starry Night Enthusiast 8 Astronomy Planetarium Software which helps you determine where all these celestial bodies are located in relation to each other as well as giving more information about them such as their composition or estimated age.

Lastly, this incredibly versatile scope includes a host of accessories such as eyepieces (ranging from 10mm to 100mm magnifying lenses), a CCD camera adapter kit capable of capturing high resolution photos of deep space phenomena like nebulae or star clusters directly onto your computer screen via USB cable connection; plus much more! With all these amazing features combined together there's no doubt that this is simply the best professional telescope out there today – so don't miss out on grabbing yours now!

Absolutely! You may not be able to make out every detail of the flag, but that doesn't mean you can't see it. With the right telescope, you can give your friends a virtual tour of the moon and show them the iconic flag.

The flag was planted by Neil Armstrong and Edwin "Buzz" Aldrin in July 1969 during Apollo 11 - the first manned mission to land on Earth's natural satellite. The famous photograph taken at Tranquility Base showed a bright flapping flag planted into lunar regolith - an extremely fine-grained soil composed of dust and small rock fragments covering most parts of its surface.

But this doesn't mean everyone gets to enjoy such an impressive sight from their own home with just any old telescope. Only people equipped with powerful instruments will be able to see anything remotely resembling a flag on that distant celestial body. Even so, what one person might consider visible details might look like mere splotches or barely perceptible gradients in brightness for another.

What you need is either an astronomical-grade telescope or something even bigger if you want clearer images of this historic monument left on our nearest neighbor in space. An average 8” reflector should provide decent resolution up to magnifications as high as 300x; however, if you own a 16” reflector or larger then seeing details start becoming easier and more enjoyable - although atmospheric conditions must still be taken into consideration since they play a very important role when attempting viewing objects outside our atmosphere (like other planets). In general, bigger mirror sizes typically equal more light grasp thus better resolution which is key when taking images featuring smaller targets such as flags left on lunar surfaces over 50 years ago!

If you're looking to get a powerful telescope to observe galaxies, then you'll need one with at least an 8-inch aperture. A larger telescope will be better if it's within your budget, as more light-gathering power leads to higher resolution. Anything up to 10 inches in diameter should do the job nicely and is large enough for you to see distant stars, star clusters, nebulae and galaxies beyond our Milky Way.

One of the advantages of owning a larger telescope is that these types of telescopes have longer focal lengths which provide magnified amazing views of objects like galaxies and other deep space wonders. This permits much finer detail than what can be seen through smaller instruments. With a 10-inch scope or larger, we can make out the structure in faint galaxies, pick out knots or “islands” within spirals, search for supernovae in distant nebulae and perhaps even detect quasars —the most powerful bodies known—from millions or billions of light years away!

The joys behind exploring outer space objects through a backyard telescope are endless; from marvelling at craters on Mars' surface or tracking Jupiter's moons across its luminous disc —you won't regret investing time into astronomy with even the simplest setup! So dust off your Galileo glasses and start exploring with an 8-inch scope –you may be surprised just how far it takes you!

One of the easiest deep space objects to see is the Andromeda Galaxy (also known as Messier 31 or M31). It’s a spiral galaxy located about 2.5 million light years away from our own Milky Waygalaxy. On a clear and moonless night, the Andromeda Galaxy can actually be seen with naked eye!

You may view it as a thin blurry cloud in the constellation of Andromeda and if you’re lucky enough to have access to binoculars or even amateur telescopes, you can see an impressive galactic silhouette adorned with dark lanes punctuated by bright clusters of stars that form this beautiful spiral galaxy.

The Andromeda Galaxy is one of our closest cosmic neighbors, so close that many astronomers believe it will eventually collide with our own Milky Way and form an even larger galaxy called Milkdromeda - how exciting! The next closest galaxy after Andromeda would be Triangulum which is approximately 3 Million Light Years Away.

So on a clear night and with some patience, you could become part of an ancient tradition among humanity: marveling at this distant yet visible reminder that we are just one small but special part of an unimaginably vast universe filled with awe-inspiring sights like these!

Absolutely! Seeing Saturn's stunning rings with a 70mm telescope is a breathtaking experience, and one that will never be forgotten. Even with just a moderate amount of magnification, Saturn's rings can be seen in sharp detail. You'll get to enjoy the full range of color and texture as you peer through your telescope at the planet named after the Roman god of time and agriculture.

When looking for Saturn's rings, keep in mind that its unique structure—which includes several components such as a solid core surrounded by an inner layer of liquid helium and hydrogen—is large enough to block some light from reaching its outer edge. Because of this, it may have slightly less contrast than other planets when viewed through your 70mm telescope lens. However, don't let this stand in the way; if you are patient enough to adjust your viewfinder correctly (and possibly pump up the magnification), then you should be able to witness these amazing rings sparkle against the background like diamonds on black velvet!

Yes, you absolutely can see the Orion Nebula with a telescope! The Orion Nebula is an incredible object to observe in the night sky. It's located just below the famous star pattern of Orion’s Belt, and has been visible to humans since ancient times.

At its faintest, it can be seen with binoculars or even the naked eye; however, if you have access to a small or medium size telescope (4-6 inches) then you'll get a much better view. Telescopes magnify light coming from far away objects like stars and nebulae so that we can see structures and details not otherwise visible.

When peering through your telescope at the Orion Nebula, you'll immediately notice its yellowish glow stretching across multiple stars of one particular stellar field. This nebula is actually a huge cloud of gas filled with interstellar dust which reflect light within space itself - this creates plenty of detail in various wavelengths for us to observe when looking directly at it!

The actual cluster of stars surrounding this glowing nebula are known as Trapezium stars: four main hot blue O-type class dwarf stars (plus another few fainter ones) make up this popular star cluster within our Milky Way Galaxy that allow us peek into an active process called stellar formation happening near by our Solar System today! Seeing all these exciting features from any size telescope will leave any avid stargazer awe-struck an wonder what other brilliant views lie out beyond our galaxy waiting for discovery!

A computerized telescope, also known as a go-to telescope, is a type of telescope that is equipped with motors and computerized controls to automatically locate celestial objects in the night sky. With the help of an onboard computer system, these telescopes can accurately track and point towards specific stars, planets, galaxies, and other deep-sky objects.

One of the main advantages of a computerized telescope is its ability to simplify the process of finding and observing celestial objects. Instead of manually searching for objects using star charts or guidebooks, users can simply input their desired target into the telescope's computer system. The telescope will then move automatically to align itself with the specified object. This feature is particularly helpful for beginners or those who are less familiar with navigating the night sky.

Furthermore, computerized telescopes often come with additional features such as built-in databases of celestial objects and automated tracking systems. These features allow users to explore various astronomical phenomena without requiring extensive knowledge or experience in astronomy. Overall, a computerized telescope offers convenience and accessibility for both amateur stargazers and professional astronomers alike.