because if there was life when the continents were together and then died when the continents separted there would be similar fossils.
Because continental drift occurred at that time but as time passed the continents again drift apart but keeping the fossils of the plant or animal still in that one continent, therefore having the fossil be separated.
If two landmasses were connected at one time, they would share a similar geological history and likely formed from the same processes. This would result in the presence of similar rocks, rock structures, and geological features in both areas. Over time, changes in tectonic activity or environmental conditions could have caused the landmasses to separate, but remnants of their shared geological past would still be visible in the rocks and landforms.
I expect elements with similar properties in the periodic table to be most similar. For example, elements in the same group or period tend to have similar chemical characteristics due to their similar electron configurations.
Oxygen, Selenium, Tellurium, or any other element in the same group as sulfur would have a similar Lewis symbol.
I would expect all elements in group 1 to have similar chemical behavior to that of sodium, except for hydrogen. Hydrogen is not a metal, but has only 1 valence electron like the other elements in group 1.
Because continental drift occurred at that time but as time passed the continents again drift apart but keeping the fossils of the plant or animal still in that one continent, therefore having the fossil be separated.
Because scientist believe that all land was connceted once,so the rocks where the fission occured would have been the same.
If two landmasses were connected at one time, they would share a similar geological history and likely formed from the same processes. This would result in the presence of similar rocks, rock structures, and geological features in both areas. Over time, changes in tectonic activity or environmental conditions could have caused the landmasses to separate, but remnants of their shared geological past would still be visible in the rocks and landforms.
Because scientist believe that all land was connceted once,so the rocks where the fission occured would have been the same.
Rhenium is similar to technetium.
No, you would not expect to find large glaciers on all landmasses today. Glaciers primarily form in regions with consistently low temperatures and sufficient snowfall, such as polar areas and high mountain ranges. Many landmasses, particularly those in warmer climates or at lower elevations, lack the necessary conditions for large glaciers to develop. Additionally, climate change has led to significant glacier retreat in many areas, further reducing their prevalence.
Technetium is chemically similar to manganese and rhenium.
No, not all landmasses have large glaciers today. Glaciers require specific conditions such as cold temperatures, sufficient precipitation, and high elevations to form and persist. Therefore, you would expect to find large glaciers in regions that meet these criteria, such as polar regions and high mountain ranges.
Similar to expect in the near future.
Because scientist believe that all land was connceted once,so the rocks where the fission occured would have been the same.
Because scientist believe that all land was connceted once,so the rocks where the fission occured would have been the same.
similar, they comprise a family