Time Problem at Mt. Everest: Base vs Summit

In summary, the discussion revolves around the concept of time at the summit of Mt. Everest and its base. It is mentioned that the time difference is negligible and not significant enough to warrant a change in time zones. However, it is noted that GPS satellites have their clocks calibrated regularly due to the time difference experienced at that altitude and speed. Ultimately, it is concluded that there is no need to keep track of the small time difference at the summit of Mt. Everest.
  • #1
GarryS
22
0
Time moves fast at the summit of Mt. Everest as compared to its base (base being closer to the gravitational field).

Does it mean that the base and summit are in different time zones?
 
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  • #2
The velocity differents due to the the height of Mount Everest isn't enough to justify a change in time zone and isn't very much compared to relativistic speeds
 
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  • #3
Time zones are geographically defined sufrace areas...they don't take into account altitude changes...so a plane in the central region of the US, for example, follows central time both in the air and on the ground.
 
  • #4
i think you 2 didn't quite understand what OP was trying to get across, but then again, you did. weird eh?

anyways OP, the time difference is negligible, a couple billionth's of a second over the average human life time. since we don't have any need for time change on that scale there really isn't a point in keeping track of it.

side note: I believe GPS sats have their internal clocks calibrated on a regular basis because of the time difference they experience @ that altitude and speed. look into that, might just help you understand what it is your asking here.
 
  • #5
obliviousmnd said:
anyways OP, the time difference is negligible, a couple billionth's of a second over the average human life time. since we don't have any need for time change on that scale there really isn't a point in keeping track of it.

Does it mean that past and present are connected?
 

Related to Time Problem at Mt. Everest: Base vs Summit

1. What is the time difference between the base and summit of Mt. Everest?

The time difference between the base and summit of Mt. Everest is approximately 2 hours. This is due to the change in elevation, which affects the speed of the Earth's rotation and therefore the local time.

2. How does the time difference affect climbers at Mt. Everest?

The time difference can affect climbers at Mt. Everest in a few ways. It can cause confusion about the actual time of day, as well as impact their circadian rhythms and sleep patterns. It is also important for climbers to time their ascent and descent appropriately to avoid being caught in dangerous weather conditions.

3. What is the reason for the time difference at Mt. Everest?

The time difference at Mt. Everest is due to the curvature of the Earth and the tilt of its axis. As the climbers ascend to higher elevations, they are moving closer to the Earth's axis, which causes them to experience a faster rotation and therefore a time difference.

4. How do climbers adjust to the time difference at Mt. Everest?

Climbers can adjust to the time difference at Mt. Everest by using a combination of strategies. Some may choose to stick to the local time of the base camp, while others may adjust their schedule to align with the local time of the summit. It is also important for climbers to get enough rest and stay hydrated to help their bodies adjust to the time difference.

5. Does the time difference at Mt. Everest affect the length of a day?

Yes, the time difference at Mt. Everest does affect the length of a day. As the climbers ascend to higher elevations, they are moving closer to the Earth's axis, which causes them to experience a faster rotation. This means that a day at the summit of Mt. Everest is shorter than a day at the base camp.

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