Приклади вживання Telescopes can Англійська мовою та їх переклад на Українською
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Telescopes can see all four.
There are other smaller- but no less intriguing- regions that telescopes can reveal in intricate detail.
Telescopes can magnify images of objects.
As it does so, the star, my head, wobbles around, being pulled by the planet,and back on Earth, our telescopes can watch to see the wobble of the host star as the planet goes around it.
But telescopes can see stars with a magnitude of 21!
Much like a zoom lens on a camera lets a photographer choose the most appropriate field of view when taking a picture,the dramatically different viewpoints offered by different telescopes can offer complementary data to scientists studying astronomical objects which cover an extended area of the sky.
As you know, telescopes can only observe certain patches of sky.
The telescopes can operate together to form a single astronomical interferometer.
Large ground-based telescopes can see stars with a magnitude of up to 25.
These telescopes can also be installed to mount the Dobson and cheap little suitable for navigation and precise observations.
These telescopes can also be mounted on the mount Dobson- a cheap and suitable enough for navigation and precise observations.
The telescopes can work together, to form a giant‘interferometer', allowing astronomers to see details up to 25 times finer than with the individual Unit Telescopes. .
The telescopes can work together to form a giant'interferometer' called GRAVITY, which allows astronomers to see details up to 25 times finer than with the individual telescopes. .
The telescopes can work together in groups of two or three to form a giant interferometer, allowing astronomers to see details up to 25 times finer than with the individual telescopes. .
Individual telescopes can operate in standalone mode, and in the complex, which will lead to an unprecedented opportunity to watch and a bright star, and being close to her dim objects- planets.
Larger telescopes can make sharper observations, and interferometry allows multiple telescopes to act like a single telescope as large as the separation--or"baseline"--between them.
No designer of telescopes could have done better.
No telescope can ever see inside black holes.
The telescope could accelerate the discoveries of cosmic phenomena significantly.
Despite its small appearance, early telescopes could detect white polar caps and shades that varied seasonally.
Your telescope can gather a certain amount of light, and it can either do that by viewing a small region to great precision, or a large region to lesser precision.
Astronomers looking at that region through a telescope can then see objects directly behind the massive object, due to the light being bent.
This bright object can be easily seen in binoculars, close to the bright red star Antares,and a small amateur telescope can show some of its constituent stars.
Thanks to hopes and limits, computer performance has made over the past decade,the images from the telescope can be sharpened and digitally cleaned.
The newly released images were taken in“narrow-field mode.”That means the telescope can only observe a small part of the sky(like imaging Neptune).
All three operational gyroscopes are the newer design,so the telescope could continue operating at full capacity for years to come.
At present, Telescope can operate on Google Chrome or Mozilla Firefox, according to a press release, though the team it plans to expand to other platforms following the acquisition.
What we would expect to see(if our telescopes could"zoom-in" enough) would be a glowing rotating disk of material, with the black hole down a the center of the disk.
Instead, a person with a telescope can actually watch the shadow creep across the moon's surface and someone on the other side of the earth can then pick up watching the shadow creep when the moon drops below the horizon of the first person.