Calculating Coordinates on an Expanding Globe: An Exploration of Time Theory

In summary, the conversation is discussing how to calculate coordinates on an expanding globe. The only known constants are the starting point (now), the value of pi, and the desired distance of travel. The globe represents time and is expanding in all directions at a fixed rate. The goal is to plot an exact point, but more details are needed to provide a solution.
  • #1
smeg241
2
0

Homework Statement


how can i calculate a co-ordinate on an ever increasing sized globe, where i do not know the circumference or diameter.
the only constants i am aware of are my starting point, pi and how far i wish to travel.
i figure that if time is an ever expanding globe, and not linear, then travel would be theoretically easier than forward or back, but across the diameter.
but i can't seem to figure how to plot an exact point.
now is a contant to me. where i want to go, (100 years in the future say) would also be a constant in relation to now. and i suppose i need 3 points as co-ordinates.


Homework Equations





The Attempt at a Solution


perplexed.
 
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  • #2
smeg241 said:
the only constants i am aware of are my starting point, pi and how far i wish to travel.

The starting point of what? The center of the globe?

What is pi?

What do you mean by how far you wish to travel?

Is the center of the globe fixed? Is the globe rolling in a particular direction?

(As you can see, you need to be more detailed. It's impossible to answer your question without guessing what you mean.)
 
  • #3
the globe is time.
the starting point is now. or where i perceive as being now.
the centre of the globe is fixed but is expanding in all directions at the same rate.
the amount of travel is however far in years i wish to travel from where i am.
pi (could not find code for symbol) is 3.142
 

FAQ: Calculating Coordinates on an Expanding Globe: An Exploration of Time Theory

What is the "Expanding Globe Time Theory"?

The Expanding Globe Time Theory is a scientific concept that proposes the idea of a constantly expanding Earth, causing a gradual increase in the length of a day and the passing of time.

How does the Expanding Globe Time Theory differ from other theories about the Earth's rotation?

The Expanding Globe Time Theory differs from other theories by suggesting that the Earth is not a fixed size and that its expansion is responsible for the lengthening of a day and the passing of time. Other theories, such as the tidal friction theory, suggest that the Earth's rotation is slowing down due to the pull of the Moon's gravity.

What evidence supports the Expanding Globe Time Theory?

One of the main pieces of evidence for the Expanding Globe Time Theory is the observation of the slowing down of Earth's rotation over time. This can be measured using atomic clocks and confirmed through data from historical observations. Additionally, the theory is supported by geological evidence of the Earth's past expansion.

What are the potential implications of the Expanding Globe Time Theory?

If the Expanding Globe Time Theory is proven to be true, it could have significant implications for our understanding of time and how we measure it. It could also impact our understanding of Earth's history and geological processes.

Is the Expanding Globe Time Theory widely accepted by the scientific community?

The Expanding Globe Time Theory is a relatively new concept and is still a topic of debate in the scientific community. While some scientists support the theory, others have raised questions about its feasibility and evidence. Further research and evidence are needed to fully understand and accept this theory.

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