Do not repeat! Jupiter is the largest planet, by far, and the largest object in the solar system except for the Sun. Zoom microscopes have a fixed working distance throughout the zoom range. . So, if you have a 4-inch telescope, attempt magnifications ranging from 120x to 200x. These views of Mars, Jupiter and Saturn were filmed on the ear. Although Jupiter is big and bright, it doesn't tolerate high magnification well the image tends to go soft quickly. Reply. You'll see the number 300x often thrown around as a highest USABLE magnification, and the scope will then have a higher theoretical magnification, 400x in your case. Consequently, if you have a scope with a focal length of 1000 mm and an aperture diameter of 100 mm, then its maximum magnification is around 200x. For tonight, the C8's maximum magnification on Jupiter was probably around 200x. Editor's Choice: Sky-Watcher ProED 100mm. Jupiter surrounded by four small dot s. Those dots are the Galilean m oons. . As the magnitude increases, the quality of the image decreases, especially in smaller telescopes. If you have razor sharp optics and steady sky, you can get away with even more magnification. Extreme magnification is also the reason why I have my current scope. A detailed view of Mars requires at least a 100x to 200x magnification power. To achieve a maximum of 200X (2X the aperture of 100 mm), we solve for the focal length. This type of sight has magnification powers that can range from 40x to 200x. It will cause hand movement and shaking. Jupiter is seen best under mid-high magnification. Saturn works best at high-ish magnification, bit more than Jupiter but maybe not much more. You should also consult the list of well-known manufacturers, such as Maxusee, Gskyer, Oys, Celestron, Solomark, Aomekie, Vinteam, Bebang. You may just require a magnification of 100x to observe the bands on Jupiter's surface. At extreme magnifications, you can even make out the Great Red Spot on the horizon. It does these surprisingly well for such a small aperture. I have a 70mm quad APO which I've used at 160-200X on Jupiter, Saturn and Uranus. Uranus has 27 known moons, but these are all too tiny to be seen in a small telescope. (After a few sessions you'll find out what "Still" air means.) That magnification is quite high for that size of telescope. It can be seen then that the same eyepiece in different telescopes will give different magnifications! I observe with an 8" F6 dob, and do most of my work on Jupiter at approx. MaxUSee 70mm Telescope for Kids & Astronomy . What magnification do you need to see Jupiter? Answer (1 of 3): I could go into a discussion about telescope size and resolution and Dawes Limit and whatnot, but honestly the biggest thing that makes it hard to see the Great Red Spot on Jupiter is Our atmosphere. 400/2 = 200X (between average and bad, the Jupiter's fringes still here, this setting is a little bit better than . It's highly recommended to use them by mounting it on the tripod only. Also, I should add, the GRS is not only getting smaller, it is also fading in. At even higher power, depending on the ADC and the f/ratio . Clicking on each of these buttons changes the magnification. How strong of a telescope do you need to see Jupiter? Magnitude -3.9 Venus lies 231 million kilometres from Earth and displays a gibbous disc 11 arcseconds wide . Doubling the power gives you one-fourth the . Saturn through a 5" scope at 200x (simulated) This image simulates how Saturn would look through a 5 inch telescope operating at about 200x magnification. The real answer, to me, is "as much as conditions and the instrument will allow". Jupiter is a tricky one when it comes to magnification. Below the picture are fo ur buttons, which say 100X, 200X, 300X, and 400X. Unless you can get perfect sky conditions, you'd be wasting resources going beyond that. Last night I got the observation of a lifetime, Jupiter with its moons and Saturn with its rings in the same field of view. Under IDEAL conditions, and with your 'scope set up ideally, you MIGHT get good views at 264x. Jupiter in a Nutshell. Jupiter is the largest planet in our solar system, so you can get away with lower magnification to enjoy cloud bands or the big red spot. You may then increase the magnification with a shorter focal length eyepiece. Telescope sellers may hype "200x" or "400x" magnification of their telescopes . Exploring Space. It's better to use less magnification and maintain a sharp view than over power it and lose definition. This can be accomplished by using Stallerium or your mount if its computerised. Jupiter can be photographed right along the equator if the Earth is not behind it and the lens should be wide enough to capture the right effect. There can be a few reasons why your view is "nearly featureless" at 250x. NEW Experiment: TELESCOPE MEGA ZOOM 1000x ..What can be seen ?ATTENTION! Jupiter is very bright and is one of the brightest things in the night sky when it is visible. The same eyepiece in a 150mm Newtonian with a focal length of 750mm = 75x magnification. A telescope with a high effective magnification power can even show the dust storms and ice caps on the planet. A lot of beginner scopes like this are sold with . Magnification on these scopes can range from 40x to 200x. For example, the area gain of a 70-mm aperture over our eye's 7-mm aperture is 100 times. It is a very low contrast planet, and high magnification results in less contrast. Center it on the finderscope. Highest Useful Magnification: Calculating the maximum useful magnification of your telescope is quite simple. Telescopes at a user level looking at Jupiter usually have a magnification range of 100x-200x. This picture shows you . In any telescope small or wide , short or long, 100X can be attained w. Going over 200x magnification will make it worse, big and blurry. Telescopes at a user level looking at Jupiter usually have a magnification range of 100x-200x. but pretty decent optics (once I got the mirror adjusted). Note that the image is the same brightness as the image in the 11 inch scope above, however Saturn appears quite a bit smaller. . Jupiter is a telescopic target of low contrast that is best seen at mid to high magnification but usually no higher than 200x. . At such magnifications, the images still not breakdown and one can still see some details. 200x. You will not likely need beyond 200x magnification. You may just require a magnification of 100x to observe the bands on Jupiter's surface. However, more magnification doesn't always mean a better view. Here were the results: . Through even a small telescope (such as my own 100mm telescope) shades of dark brown, beige, cream and salmon pink are visible, even though 100x or 200x magnification dims the image. There are lots of different overlapping colors there. I . Celestron - Power Seeker 127EQ. Celestron - NexStar 8SE. Views of Mars, Jupiter and Saturn snap into focus and are stunningly bright, sharp and nuanced at 200x magnification (the extent of my limited eyepiece collection). 200x would be good on nights with very good seeing. On a clear night you can see good color and detail plus watch the moons and their shadows crossing the face of Jupiter. Jupiter's cloud bands need at least 75x magnification to appreciate them Saturn's rings at 100 magnification or 100 power are clearly visible Even when Mars is closest, you need at least 200x magnification and good conditions to distinguish its polar caps Uranus will start showing as a tiny blue-green disc upwards from 200x magnification There would not be enough resources to go beyond that, unless skies were perfect. At this magnification and above, an external crayford type refractor focuser would help keep the scopes focus more precise. Stereoscopic Microscopes. Typically 200-250x magnification. The magnification is the telescope focal length divided by the eyepiece focal length, in millimeters. The finest telescope for observing Jupiter is one with an aperture of 4 to 6 inches, which is ideal for serious observation. So, if you have a 4-inch telescope, attempt magnifications ranging from 120x to 200x. And something in between will be good on nights with average/good seeing. Celestron - 70mm Travel Scope. Although you can get even the 500x magnification on the smallest telescope (with a very poor image), you are not likely to need a magnitude higher than 350x at all. Be aware that a 4mm eyepiece and a 3x barlow at the same time will give you a very high magnification - too high! In order to see Saturn, first you'll need to locate it. . In this simulated 200x magnification telescope view of Venus and Jupiter's close conjunction that occurs at 22:32 UT on Saturday, 27 August 2016, the two planets are just 3.9 arcminutes apart. . Saturn, and Jupiter planet. There is no false color whatsoever when viewing the Moon and bright stars. Any telescope magnification is possible, but I don't believe extraordinarily high powers reveal more than using 300x to 500x on any telescope. Because the smaller scope gathers less light, the image size . How much is the cheapest telescope? 150x wold be good on nights with poor seeing. At such magnifications, the images still not breakdown and one can still see some details. So if you have a 4-inch telescope, try 120x to 200x. 27 August 2016 Ade Ashford. It's rare that more than 200x is beneficial. Find helpful customer reviews and review ratings for FMG Portable Refractor Telescope for Kids and Adults Astronomy Beginners (70mm x 300mm, White, 16x - 200x Magnification) - Anti-Reflective Coated Glass Optics - Lunar Telescope with Moon Mirror at Amazon.com. 7 . By Ade Ashford. The lens will be extremely close to the specimen! The working distance and the amount of vertical motion of the microscope will also affect the maximum specimen height. Best Telescopes with Excellent Magnification: A Complete Review. Celestron - NexStar 130SLT. Unlike last time, were the windy weather conditions would not allow the scope to be usable at this magnification, Jupiter was showing the . . It is possible to get away with even higher magnification if your optics are razor sharp and the sky is clear. . I found that for both lunar and Jupiter observation, the magnification can be boosted up to 200X, perhaps 220X! Answer (1 of 3): Well, first of all, 100X is at a point where mild winds are strong enough to shake your view a bit too much Any higher magnificatioin will be unbearable. Generally a magnification of 30-50x the aperture of your telescope (in inches) works well on nights of average seeing. In fact, you will do perfectly fine with 200x, basically, for any purpose. Jupiter looks best in the 100x-200x range for enthusiast-level telescopes. . I found that for both lunar and Jupiter observation, the magnification can be boosted up to 200X, perhaps 220X! Misconceptions - The picture below shows Jupiter looking through telescopes 200mm or larger apertures on about a 150x to 200x magnification. Because binoculars with magnification 20x or 25x are heavy and it's not comfortable to hold in them in your hands. At 200x Jupiter will appear to be about the size of a half-dollar held at arms length. In most cases the atmosphere will limit your magnification to the 200-300x range. The next thing you'd need is a 4 inch telescope with an eyepiece that magnifies 25x magnification. It is often said that dark adaption is *bad* for Jupiter. So, with a 10mm eyepiece, you'll have about 100x magnification. 180X is a real magnification sweet spot for Jupiter, and it really doesn't matter which telescope or aperture you choose. Action in this video made by a professional. The planet is 2.5x as massive as all other planets combined. Expensive telescopes are probably more wind resistant. Jupiter is best seen just under mid-high magnification. I actually overlooked Saturn at first glance! Eg: a Refractor, focal length 1200mm with eyepiece 10mm = 120x magnification. Saturn works best at high-ish magnification, bit more than Jupiter but maybe not much more. So in the case of the Zhumell Z130, you wouldn't want to go much higher than 200x magnification. Saturn is better seen on a higher magnification, slightly more than Jupiter. As the magnification gets higher, and the planet bigger, that gets harder to do. If you want to see the Cassini Division in Saturn's rings or Jupiter's Great Red Spot with your own eyes, this Big Boy will help you accomplish that. It is a great telescope to see Mars. Cold, still nights give the best views. Aperture gain will give you an idea of the faintest stars visible with a telescope. What magnification do you need to see Jupiter? We will use a 100 mm telescope with a 600 mm focal length that only takes 1.25" eyepieces. On a more average night, about 130x provides the best view in my 130mm, while a better night allows 180x, and that perfect night can see 200x or more. A good rule of thumb for the magnification of viewing planets is the aperture diameter in millimeters multiplied by two or the objective lens in inches multiplied by 50.
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