Dodatkowe przykłady dopasowywane są do haseł w zautomatyzowany sposób - nie gwarantujemy ich poprawności.
Special relativity says that every person has their own time.
The speed of light is 1, the same as in special relativity.
See mass in special relativity for more information on this debate.
Thus they should travel at exactly the speed of light according to special relativity.
I would suggest looking up some material on special relativity if you feel interested.
He has also written a popular science text about the theory of special relativity at Nobelprize.org.
In special relativity theory, charge and current are combined into a 4-vector.
The results were in agreement with special relativity, even though the accuracy was only 30%.
Einstein had already developed the theory of special relativity at my age.
This is exactly in agreement with the predictions of special relativity.
Because of special relativity, these are not two separate assumptions.
For example, special relativity and its effects are regularly mentioned.
Special relativity would be a limited case of a gravitational field.
In special relativity there is no concept of absolute present.
Thus special relativity is the only theory which explains both experiments.
So in 1908 he published an article on acceleration under special relativity.
One of the key points in this chapter deals with special relativity.
I always had problems with this use of the term "boost" in special relativity.
The quantity will be recognized from special relativity as the rest energy of the large body, the earth.
Consequently, modern special relativity is now sometimes described as only a "local theory".
The relative velocity should be less than 2v due to special relativity.
Therefore scientific analysis must take the consequences of special relativity into account.
Such thought experiments eventually led to his famous theory of special relativity.
Electric and Magnetic are two sides of the same thing in special relativity.
In special relativity, an object that has a mass cannot travel at the speed of light.