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The Rev
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I don't know how to reset the time on my clock, but I do have a spaceship that can go as fast as 0.9C. How fast and how far will I need to go this weekend to properly reset my clock.
:rofl:
The Rev
:rofl:
The Rev
The Rev said:I don't know how to reset the time on my clock, but I do have a spaceship that can go as fast as 0.9C. How fast and how far will I need to go this weekend to properly reset my clock.
:rofl:
The Rev
The Rev said:I don't know how to reset the time on my clock, but I do have a spaceship that can go as fast as 0.9C. How fast and how far will I need to go this weekend to properly reset my clock.
:rofl:
The Rev
JesseM said:Is this a homework problem? If so you should ask in the homework forum...if not, what's it from?
JesseM said:Ah, I had forgotten about daylight savings time, thanks for reminding me. OK, so if your clock is an hour ahead, why not just take trip away from Earth and back at 0.866c for two hours, during which time your clock will be ticking at half the rate as clocks on earth?
Special relativity is a theory developed by Albert Einstein that describes the relationship between space and time. It explains how time can appear to move slower or faster for an observer depending on their relative motion. This phenomenon is known as time dilation.
Time dilation is caused by the speed of an object relative to an observer. As an object approaches the speed of light, time appears to slow down for that object. This is due to the fact that the faster an object moves, the more energy it requires, and this energy affects the flow of time around the object.
Time dilation can be measured using highly accurate clocks and comparing the time measured by an observer on the moving object to the time measured by a stationary observer. This difference in time is known as time dilation and can be calculated using the Lorentz transformation equations.
Yes, time dilation has been proven through various experiments and observations, including the famous Hafele-Keating experiment in 1971 where atomic clocks were flown around the world and compared to stationary clocks. The results showed a small but measurable time difference between the two clocks, confirming the existence of time dilation.
Time dilation has real-life implications, especially in the field of space travel. As objects travel at high speeds or in strong gravitational fields, time dilation can occur, leading to differences in the passage of time for different observers. This can affect things like GPS systems, as well as the aging process for astronauts on long space missions.