Примери за използване на Red shift на Английски и техните преводи на Български
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The tool is called red shift.
Are not at red shift distances?
A galaxy moving faster has a larger red shift.
How does the red shift turn into a way to measure distance?
This is the gravitational red shift effect.
This red shift effect is the mapmaker's vital tool for measuring distance.
A galaxy moving away at low speed has a slight red shift.
So what causes the red shift from distant galactic light?
Thus the distant galaxies would appear to have a red shift.
That meant the greater the red shift… the more distant the galaxy.
But, I was sure there must be some other reason for the red shift.
And red shift was the key to the next vital stage in mapping the universe.
That fundamentally is the cause of the red shift that we see… in the spectra of galaxies.
Now, you measure the wavelengths of those absorption and emission lines, and that then gives you the red shift.
Red shift of the light from far away galaxies demonstrates that the universe is expanding.
It is also used in the determination of the distance of a star,using the socalled red shift.
Red shift is apparently a Doppler shift and indicates that essentially all of the galaxies are moving away from the nearer ones.
Spectroscopy is also used in the determination of the distance of a star,using the red shift.
Once again, detailed observations indicate such a red shift, and that its magnitude is correctly given by Einstein's theory.
Currently, astronomers can determine the expansion rate of the Universe using a method called"red shift".
Towards the red end of its spectrum. the red shift of a galaxy, which is related to how quickly it's moving away from us.
Currently, astronomers are able to discern the expansion speed of the universe using the so-called"red shift" technique.
So it predicted that the red shift of a galaxy should be directly proportional to its distance from us, exactly as Hubble found.
Hubble's revolutionary work includes finding a constant relationship between galaxies' red shift and distance, which helped to eventually prove that the universe is expanding.
Red shift measures the distance- the third and final co-ordinate for every galaxy… to make a 3D Movie on a colossal scale.
Evidence about the erroneous acceptance by modern physics about the“red shift” and“blue shift” of the electromagnetic radiation frequency due to the“Doppler effect”.
This dim light falls mostly in the infrared part of the spectrum because its wavelength has been stretched by the expansion of the universe- an effect known as red shift.
This suggested that the red shift was instead caused by the expansion of the universe, which, in turn, meant that the object was a very.
This"red shift" was first detected by the astronomer Vesto Slipher and gave rise to the now famous Hubble's Law- the observation that more distant galaxies appear to be moving away at a faster rate.
In 1963, however, Maarten Schmidt, an astronomer at the Palomar Observatory in California,measured the red shift of a faint starlike object in the direction of the source of radio waves called 3C273(that is, source number 273 in the third Cambridge catalogue of radio sources).