Label: Breakbit Music - BKBT0149 • Format: 11x, File MP3, EP • Country: US • Genre: Electronic • Style: Trip Hop, Downtempo, Ambient
It means that the passage of time changes in different reference frames that are moving relative to each It Seems That Way - Billinski - Time relative. For example, if you assume that you are standing still, you will measure a certain event, like a clock second hand moving around the face, that takes, say, 60 seconds to occur.
If the clock is standing still in your frame of reference, then someone that passes you at high speed will see that same clock, but will measure a different time for the event to transpire. For him, the clock will run much faster as he sees it pass by him. It may take only 30 seconds to make a complete revolution. This is not an illusion and it is not a trick.
It is the way that time actually behaves as you approach the speed of light. Time slows down for the traveler relative to the static observer, so the traveler sees time passing more quickly in the static frame.
The traveler will not notice the difference within his own frame of reference; the only difference occurs as compared to the static frame. Of course, "static' is only an assumption - all frames are moving relative to each other and there is no Para Pan Pin - Cuarteto Caney - Cubana reference that can be used to identify any one frame as static - in fact, the static observer would see the same phenomenon if he saw a clock pass by and held by the traveler.
The effects are unnoticeable at speeds that we are familiar with, but the phenomenon has been observed countless times in a laboratory environment. When you move very fast or are in a very strong gravitational fieldtime goes slower for you compared to someone who is not moving fast. In other words, time would move slower for you relative to somone else. So if your in a spaceship going close to the speed of light and you're out there for 5 years, It Seems That Way - Billinski - Time relative you come back to Earth, you'd find that everyone was 50 years older depending on exactly how fast you were going.
Time went by slower for you compared to the people on Earth who were not buzzing around in a space ship. One experiment placed a cesium clock on an aircraft, and another identically precise clock on It Seems That Way - Billinski - Time relative ground. Inertia — the force felt during acceleration — is equal to gravity.
With greater gravity, time moves slower. Additionally, the inertia of the aircraft added to the slower time passage relative to Earth.
If you're rocketing away from Earth at near the speed of light and someone back on Earth can monitor a clock on your spaceship it would seem to be moving slower than their own clock. Stock up on winter home essentials.
Get your last minute gifts! More holiday gift inspiration. Answer Save. Larry Lv 7. Answers In Skepticism. Elizabeth H Lv 7. David 5 years ago Report. How do you think about the answers? You can sign in to vote the Merry Go Round - Various - 20th Anniversary Party 2007 (DVD). Chug-a-Lug Lv 7.
Mark K Lv 6. Its not constant, and its woven into space. Time actually slows down for objects that approach the speed of light. Still have questions?
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