Explain to your classmate how there can be mineral deposits located far from current plate boundaries.
(1 point)
Responses
The mineral deposits were moved away from plate boundaries as the plates moved and collided over many years.
The mineral deposits were moved away from plate boundaries as the plates moved and collided over many years.
These mineral deposits were formed by weathering, erosion, and deposition.
These mineral deposits were formed by weathering, erosion, and deposition.
The mineral deposits have no geological explanation.
The mineral deposits have no geological explanation.
The mineral deposits were moved to new underground locations by early miners.
The mineral deposits were moved to new underground locations by early miners.
Mineral deposits can be located far from current plate boundaries due to various geological processes. One common explanation is that the mineral deposits were initially formed near plate boundaries through tectonic activity, but over time, as the plates moved and collided with each other, the deposits were transported away from the boundaries to their current locations. Another possibility is that the mineral deposits were formed through weathering, erosion, and deposition processes that occurred independently of plate boundaries. In some cases, the origins of mineral deposits located far from plate boundaries may not have a clear geological explanation. And finally, it's worth noting that early miners may have unearthed and relocated mineral deposits to new underground locations, further contributing to the distance between the deposits and current plate boundaries.
what the answer
The correct answer is: Mineral deposits can be located far from current plate boundaries due to the movement and collision of plates over many years, weathering, erosion, deposition processes, or in some cases, due to the actions of early miners relocating the deposits.
The mineral deposits were moved away from plate boundaries as the plates moved and collided over many years.
The mineral deposits were moved away from plate boundaries as the plates moved and collided over many years.
These mineral deposits were formed by weathering, erosion, and deposition.
These mineral deposits were formed by weathering, erosion, and deposition.
The mineral deposits have no geological explanation.
The mineral deposits have no geological explanation.
The mineral deposits were moved to new underground locations by early miners.
The mineral deposits were moved to new underground locations by early miners.
Skip to navigation
page 2 of 2
I apologize for the repetition below are the important points without repetition:
1. Mineral deposits can be moved away from plate boundaries as the plates move and collide over many years. This movement can result in deposits being found far from their original formation location.
2. Weathering, erosion, and deposition processes can influence the formation and location of mineral deposits, allowing them to be found far from current plate boundaries.
3. In some cases, there may not be a clear geological explanation for why mineral deposits are located far from plate boundaries. This could be due to complex geological processes or the limitations of current scientific knowledge.
4. Early miners may have played a role in moving and relocating mineral deposits to new underground locations, contributing to their presence far from current plate boundaries.
I hope this explanation clarifies how mineral deposits can be located far from current plate boundaries.