The discussion revolves around calculating the linear velocity of a person standing at the Earth's equator with respect to the Sun, particularly when the Sun is at the Eastern horizon. The problem involves concepts from circular motion and relative velocity.
Some participants have provided insights into the nature of the problem, noting that it involves circular motion and suggesting that a visual representation may aid in understanding. However, there is no explicit consensus on the approach to take or the calculations needed.
Participants mention the need to consider both tangential velocities relative to the Earth and the Sun, indicating potential complexities in the calculations. The problem's framing suggests a focus on relative motion, but specific details and assumptions remain under discussion.
deathcap00 said:Homework Statement
What is the linear velocity of a persion standing at the Earth’s equator with respect to the Sun, when the Sun is just at the Eastern horizon?
Homework Equations
Not sure, I used to v=d/t to solve for a person's linear velocity at the equator, just not sure how to handle the "with respect to" portion and how to use the "eastern horizon" information to help shape a solution.