Difference between revisions of "Talk:3008: Proterozoic Rocks"
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A few ways. Fusion likely formed many elements, and neutron star death possibly the rest of the naturally occurring ones. When those started sticking together they would form rocks. The type likely being referred to here is probably sediment being compressed and former a cohesive stone, magma crystalizing, or compression of the latter two types of rocks into different types of rocks. [[Special:Contributions/172.71.124.222|172.71.124.222]] 06:52, 7 November 2024 (UTC) | A few ways. Fusion likely formed many elements, and neutron star death possibly the rest of the naturally occurring ones. When those started sticking together they would form rocks. The type likely being referred to here is probably sediment being compressed and former a cohesive stone, magma crystalizing, or compression of the latter two types of rocks into different types of rocks. [[Special:Contributions/172.71.124.222|172.71.124.222]] 06:52, 7 November 2024 (UTC) | ||
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| + | I think in this context it was by up welling magma and they are only rare because plate tectonics and erosion has recycled 99.9X% of them. [[User:RIIW - Ponder it|RIIW - Ponder it]] ([[User talk:RIIW - Ponder it|talk]]) 07:58, 7 November 2024 (UTC) | ||
Revision as of 07:58, 7 November 2024
So the last panel refers to the unseen birth of a rock? How are rocks even born?
A few ways. Fusion likely formed many elements, and neutron star death possibly the rest of the naturally occurring ones. When those started sticking together they would form rocks. The type likely being referred to here is probably sediment being compressed and former a cohesive stone, magma crystalizing, or compression of the latter two types of rocks into different types of rocks. 172.71.124.222 06:52, 7 November 2024 (UTC)
I think in this context it was by up welling magma and they are only rare because plate tectonics and erosion has recycled 99.9X% of them. RIIW - Ponder it (talk) 07:58, 7 November 2024 (UTC)
