The African plate is moving toward the Eurasian plate at a rate of a few centimeters per year. How will this area change in 100 million years? In your answer consider how continents will change and how the Mediterranean sea will change
In 100 million years of the African plate moving toward the Eurasian plate at a rate of a few centimeters per second, the Mediterranean sea would disappear and mountains would form. After that long of the plates moving toward each other, they would soon crash and there would be no more Mediterranean sea in between the two plates. After they collide and keep moving, they will form a mountain.
Honey needs to quit plagiarizing and give the source of each "answer" s/he has copied and pasted from.
Such as, https://www.slader.com/discussion/question/today-the-mediterranean-sea-lies-between-europe-and-africa-but-the-african-plate-is-moving-toward-th/
Sorry Writeacher, but I'm not allowed to put in links like tutors are
But you need to add the exact website you got that from. Type it!
You are putting other students at risk of getting Fs if any of them copy and paste from what you copied and pasted.
well jezzz relax
To predict how the African plate moving toward the Eurasian plate will change the area in 100 million years, we can consider the concept of plate tectonics and the geological history of the region.
Plate tectonics describes the movement and interactions of Earth's lithospheric plates. These plates are large, rigid sections of the Earth's crust that float on the semi-fluid asthenosphere beneath them. The African and Eurasian plates are two such plates that meet along a tectonic boundary known as a convergent boundary.
Currently, as you mentioned, the African plate is moving toward the Eurasian plate at a slow rate, a few centimeters per year. This movement is due to the process of continental collision, where the two plates are colliding and crumpling up uplifted mountain ranges, such as the Alps.
Considering this, we can make some predictions about the changes that may occur in the next 100 million years:
1. Continent Changes: The ongoing collision between the African and Eurasian plates is likely to continue, resulting in further uplift of existing mountain ranges. Over millions of years, these mountains may continue to grow taller and wider, potentially forming a significant mountain range.
2. Mediterranean Sea: The Mediterranean Sea is situated between the African and Eurasian plates, and its existence is closely related to plate tectonics. As the African plate continues to move northward, the ongoing collision with the Eurasian plate could cause the closure of the Mediterranean Sea. This process is known as "Mediterranean closure," and it has happened in geological history. However, 100 million years is a relatively long timescale, and the closure of the Mediterranean Sea would likely be a very slow process, involving significant geological changes.
3. Landmass Reorganization: Over millions of years, the continued movement and collision of the African and Eurasian plates could lead to the reorganization of landmasses in the region. It is possible that the collision and subsequent uplift of mountain ranges could cause sections of the continents to join or split apart, forming new land configurations.
It's important to note that predicting the exact changes that will occur in 100 million years is challenging and uncertain. Our current understanding of plate tectonics allows us to make informed predictions, but geological processes are complex and influenced by numerous factors. Studying the geological history of the region and analyzing the ongoing movements of the relevant plates can help refine and update these predictions, but uncertainties will still exist.