Wenn man in der nähe eines Schwrzen Lochs ist ver geht die Zeit für einen Selber ja schneller als für leute auf der Erde. Würdr also ein Schwarzes Loch in der nähe der Erde auftauchen so aus dem nichts würden die Zeiger bei den Uhren anfangen sich schneller zu drehen?
(4 votes)
Loading...Hi, kann mir jmd diese Aufgabe Lösen oder erklären wie man diese bearbeitet bzw berechnet? Danke im Vorraus
Beispiel: Ag2S2O3 + H2O –> AgS2 (s) + H2SO4 Könnte ich jetzt auch sagen Ag2S2O3 + H2 reagiert zu x. Und als nächsten Schritt lasse ich x mit ½O2 reagieren und das wird wieder zu AgS2 (s) + H2SO4? Oder wenn ich eine Reaktionsgleichung mit 3 reaktanten habe, die zu x reagieren, kann ich auch…
Hallo, meine Frage ist, wir wissen ja das licht mit etwa 299 000 km/s unterwegs ist In einem Vakuum. Nehmen wir mal an Licht wird in einem schwarzen Loch angesaugt und verschluckt. Die Kraft eines schwarzen Loches ist jetzt so groß, dass das Licht nicht mehr entweichen kann. Ist jetzt die Geschwindigkeit des Lichtes in…
hier sind komische buchstaben aufgetaucht. und selbst in den neuesten google earth aufnahmen sind sie noch zu sehen. wer mir nicht glaubt kann selbst nachsehen. hier ein grober überblick wo das ganze zu finden ist: was meint ihr: was hat es damit auf sich? ist es ein code?
Wäre es möglich wenn ein Ladekabel in der Steckdose steckt und ich fasse mit nassen Händen vorne an den Stecker, könnte man dabei einen Stromschlag bekommen ? Ist im Kabel eine Blockade und leitet den Strom nur weiter wenn etwas zum laden eingesteckt ist.
The pointers on the clock would be influenced by time as well as your sense of time (actually not the feeling, it is the time itself is influenced). Even if you were close to the black hole with your watch (without tearing, shining,…) the watch would go as much as before after your observation.
Only if you and the watch watch had a clear difference in distance from the black hole would it be a discrepancy (depending on whether you were looking at the black hole, you would be faster or slower).
Hello Nikitarns,
the pointers would be slower and also we would slow down so that we would not notice the slowing down of our watches.
Therefore, for us a far from the black hole removed Run faster.
Actual running on earth time somewhat (but not noticeable and measurable only with very precise clocks) slower than further away from the center of the solar system; responsible for this is only partly the earth itself, most of which makes the sun.
Suppose (purely hypothetical!) you could stay directly at the event horizon and look out into the rest of the universe: Would the time go there infinitely fast — so stand still?
When you constantly accelerate, more and more light seems to come from the front. Right from the front.
Ultimately, he would only see a very bright light at the front (most of it is invisible ionizing radiation such as X-ray and gamma radiation, but for this, micro waves and later radio waves would be shifted into the visible area), while all the others would sink in the dark.
Similar is to be expected if someone slowly, without falling, descend towards event horizon: Almost all light he sees would come exactly from behind/outside.
Thanks for the answer!
No.
On a watch that stands still relative to one, you will always see the time pass quickly, no matter where you are. An observer near a black hole would perceive sequences further away from the black hole as accelerated, because in comparison to there the time is slower.
That one would not notice this is because all physical processes are affected, including those that are necessary in our brains for the perception of the environment and thinking.
In principle, this happens near every mass, no matter how small it is. The effect is only too low in everyday life to determine it without very accurate watches.
Time is slower and not faster near a black hole.
You don’t notice anything except that the stars move in the sky.
And whose light becomes correspondingly shortwaver than blue.
and not even that can be said in general.
if you stay stationary at a place (so keeps accelerating upwards) then you will see the distant stars naturally blue-shifted.
if you are in the free fall into the black hole, then you will see them in red.
For oneself, the time goes as usual, no matter where you are. Only for observers who are outside the black hole and watch someone flying into a black hole, the time of astronaut seems to be slower and slower.
You wouldn’t notice anything, no matter what happens. Your sense of time, the time itself, is as changed as the clock.
The virtual pointer, only the virtual!!!