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ferrel_hadley t1_jdlevi1 wrote

>On a smooth dry sphere it would flow toward the equator.

For a start there is no water on a dry sphere. Then there would be a slight centrifugal tug pulling water more towards the equator but Coriolis would be the dominant force.

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mfb- t1_jdln9ub wrote

No, the Coriolis force is only a secondary effect from water moving towards the equator. That "slight" centrifugal force makes the equatorial radius of Earth 20 km larger than the polar radius, so if you use a perfect sphere and water equivalent to our oceans then all the water would be in a broad region around the equator and nothing would be at the poles.

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wegqg t1_jdmde4w wrote

This is a really smart answer ^

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HeebieMcJeeberson t1_jdx1mxl wrote

Mom: "How do you like your new shirt?"

ferrel_hadley: "For a start it's not new if I'm already wearing it."

Mom: "Go to your room."

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