Answer:
An intrusive landform can become exposed to air by the weathering of the upper lying landmasses by different agents of weather like wind, frost, temperature, etc
Explanation:
An intrusive landform can become exposed to the air and become visible due to erosion, tectonic activity, glaciation or sea level changes.
What are intrusive land forms?Intrusive landforms are geological features that form when magma from the Earth's mantle is forced into preexisting rock formations and cools underground. Examples of intrusive landforms include batholiths and sills, and they can be found all over the world.
Intrusive landforms may become visible and exposed to the air when the surrounding rock and soil erodes, tectonic activity uplifts the Earth's crust, glaciation scrapes away the overlying material, or changes in sea level reveal previously submerged landforms. These processes can expose the once-hidden intrusive landforms, making them visible on the Earth's surface.
Therefore, an intrusive landform can become exposed to the air and become visible due to erosion, tectonic activity, glaciation or sea level changes.
Learn more about intrusive landforms, here:
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Which of the following would best categorize Canada's population?A. evenly spread throughout the country B. concentrated on the West Coast C. concentrated in the north D. concentrated in the south
1. Is there a relationship between the locations of earthquake epicenters, volcanoes, and plate boundaries? If so, describe the relationship. 2. According to the theory of continental drift, all of the world’s continents were once connected as one large landmass and have, over the course of hundreds of millions of years, drifted apart into the positions they occupy today. Do the results of this activity support the theory of continental drift? If so, how? Explain your answer. 3. Why is it easier to predict where an earthquake epicenter will occur than it is to predict when it will occur? Explain. 4. The Richter scale describes how much energy an earthquake releases. With every increase of 1.0 on the scale, 32 times more energy is released. How many times more energy would be released by a quake measuring 2.0 more units on the Richter scale? 5. Why do you think the area around the Pacific Plate is called the Pacific Ring of Fire? 6. The Hawaiian Islands have formed as the Pacific Plate moves northwestward over a hot spot of Earth’s interior that provides magma to form several volcanos. Explain what could happen if the Pacific Plate continues to move. 7. How can volcanic eruptions be predicted?
Answer:1Earthquakes occur along fault lines, which are all the types of plate boundaries.
Volcanoes are located along converging plate boundaries and diverging plate boundarie
2Yes. The reason that earthquakes and volcanoes occur is the plate moving. The magma rises and pushes the
both-side crust. That causes continents moving and volcanoes and earthquakes happen.
3Now people know earthquakes happen along the plate boundaries, so they can predict where it is going to
happening. However, they cannot know when it happens. People cannot predict when the plates are going
to move.
4 64 time more
5There is the area that volcanoes and earthquakes happen usually.6
6Those formed islands are going to keep moving northwesrward and the magma from the hotspot will rise,
cool, and form a new island.
7Before an eruption, magma will rise toward the surface and break the rocks. That causes the hotter surface
and an earthquake. For these two reasons, people can predict volcano eruptions.