Before the formation of Pangaea, the regions where coal developed were on arid plateaus in temperate regions.
Around 300 million years ago, the regions where coal formed were located in tropical climates that were partially submerged on the coasts.
Around the time that the continents were together as Pangaea, the regions where coal developed were located along the ridge of a long mountain chain.
These distributions of coal reserves support the theory of plate tectonics as they align with the movement and location of tectonic plates throughout Earth's history. The formation of coal in different regions can be linked to the changing positions and environments of these plates over time.
How does the distribution of the world's major coal reserves support the theory of plate tectonics?(1 point)
Responses
Before the formation of Pangaea, the regions where coal developed were on arid plateaus in temperate regions.
Before the formation of Pangaea, the regions where coal developed were on arid plateaus in temperate regions.
Around 300 million years ago, the regions where coal formed were located in tropical climates that were partially submerged on the coasts.
Around 300 million years ago, the regions where coal formed were located in tropical climates that were partially submerged on the coasts.
Around the time that the continents were together as Pangaea, the regions where coal developed were located along the ridge of a long mountain chain.
Around the time that the continents were together as Pangaea, the regions where coal developed were located along the ridge of a long mountain chain.
Around 65 million years ago, the regions where coal formed were near the south pole where coal would likely have formed.
3 answers
what is the answer
The correct answer is:
Around 300 million years ago, the regions where coal formed were located in tropical climates that were partially submerged on the coasts.
This supports the theory of plate tectonics because it indicates that the regions where coal formed were located in specific geologic settings that were influenced by plate movements and changes in sea level.
Around 300 million years ago, the regions where coal formed were located in tropical climates that were partially submerged on the coasts.
This supports the theory of plate tectonics because it indicates that the regions where coal formed were located in specific geologic settings that were influenced by plate movements and changes in sea level.