Примери за използване на Our telescopes на Английски и техните преводи на Български
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We see them in our telescopes.
What did our telescopes, spectroscopes, and balances tell us?
Be seen through our telescopes.
Our telescopes could only see stars, not the planets that orbit them.
Behind me, you see one of our telescopes.
But no matter how powerful our telescopes become, that domain will never be visible.
So weak, we usually can't pick it up with our telescopes.
But even when we point our telescopes past the earliest stars, we still see LIGHT!
This is the biggest distance we can see with our telescopes.
Our telescopes have gotten powerful enough to finally find planets around other suns!
This allows the more distant object to be seen by our telescopes.
So if our telescopes tell us that the night sky isn't dark, then why does it look dark?
Is larger than the observable space we can see with our telescopes.
That is, the light we receive in our telescopes carries this information“recording” this behavior.
As our telescopes get ever more powerful, they have shown us a universe of unimaginable beauty and power.
There's no star systems within the range of our telescopes… with planetary bodies likely to have water on them.
Asteroids also reflect little light or, at least,not enough to be easily picked up by our telescopes.
Far areas are inaccessible to our telescopes simply because the light from there corny did not have time to reach.
If they're pointed towards us, these jets are extremely bright andcan easily be picked up by our telescopes on Earth.
I mean, first of all,the 100 billion galaxies within range of our telescopes are probably a minuscule fraction of the total.
For instance, they knew about the companion of Sirius- a dwarf star- long before we discovered it with our telescopes.
When we turn our telescopes on our next-door neighbor and prime candidate for finding alien life the planet Mars we find almost identical features cut into its surface.
Normally, a star might dim by 1 percent every so often,indicating that a planet is likely crossing between it and our telescopes.
There are maybe 100 billion galaxies detectable by our telescopes, so if each star was the size of a single grain of sand, just the Milky Way has enough stars to fill a 30 foot by 30 foot stretch of beach three feet deep with sand.
That all of these galaxies,millions… infinite number of galaxies which we can just begin to become aware of with our telescopes, they are all of the same octave?
But the concentration of other compounds, such as water, ammonia and hydrogen sulfide, has been a bit more difficult to determine, since the planet isso far away and so faint in our telescopes.
It's no mean feat: black holes themselves are, literally, invisible- they absorb all electromagnetic radiation,which means none of our telescopes- radio, X-ray, optical, gamma-ray- can detect them.
So in fact, this is a pretty accurate estimate of the number of planets in our galaxy, just in our galaxy, by the way, andI remind the non-astronomy majors among you that our galaxy is only one of 100 billion that we can see with our telescopes.
QUESTION: All of these galaxies,this infinite number of galaxies that we can just begin to become aware of with our telescopes, are all of the same Octave?
We watched all this through our telescope.