At what location does gravity play a role in moving tectonic plates?

A.in the mantle



B.in the core



C.at the edge of the plates



D.in the middle of a continent

The Earth's crust is largely composed of oceanic basalt and continental granite, which are types of igneous rocks. Common minerals in these include silicon, oxygen, iron, aluminum, and magnesium. Other notable rocks include sedimentary rocks and metamorphic rocks.

The 20 minerals that make up most of the Earth's crust are commonly found in oceanic basalt and continental granite. These are both types of igneous rock, which form from cooled, previously molten matter. Some common minerals include silicon, oxygen, iron, aluminum, and magnesium, found in varying proportions in different types of rock.

Other rocks we find on Earth are sedimentary rocks and metamorphic rocks. Sedimentary rocks are formed from fragments of igneous rock or shells of living organisms which are deposited by the wind or water and cemented together. Metamorphosed rocks are produced when high temperature or pressure alters igneous or sedimentary rock physically or chemically.

All these rocks and minerals are interconnected in a cycle driven by Earth's internal and surface processes like volcanic eruptions and plate tectonics.

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Earthquakes primarily occur along the tectonic plate boundaries, notably around the Pacific Ocean's Ring of Fire and along divergent and transform boundaries. Deep earthquakes are common in subduction zones, while intraplate earthquakes are rare.

The distribution of earthquakes on Earth is closely related to the boundaries of tectonic plates. Approximately 95% of earthquakes occur along tectonic plate boundaries, with the majority happening around the Pacific Ocean basin, known as the Ring of Fire.

This zone is notorious for earthquakes and volcanic activity due to the presence of convergent and transform boundaries. About 15% of earthquakes occur in the Mediterranean-Asiatic Belt due to the convergence of the Indian Plate and the Eurasian Plate, leading to the formation of significant mountain ranges.

Shallow earthquakes are typical along divergent boundaries, such as the mid-Atlantic ridge and the East Pacific Rise, as well as along transform faults like the San Andreas Fault. In subduction zones, earthquakes are more abundant and increase in depth on the landward side. Meanwhile, only about 5% of earthquakes are intraplate, occurring away from the plate boundaries.

Answer: solstice. gradpoint

These factors is crucial for meteorologists and climatologists in predicting weather patterns and studying climate change.

1. Latitude: The weather varies with latitude. Areas near the equator experience warmer weather due to the direct angle of the sun's rays, while regions near the poles are colder due to the oblique angle of the sun's rays.

2. Altitude: Higher altitudes generally have cooler weather because the atmosphere is thinner, which means less heat is retained.

3. Proximity to Water: Areas near large bodies of water tend to have more moderate temperatures due to the water's ability to store and release heat slowly. This is known as the maritime climate.

4. Prevailing Winds: The direction and origin of winds can greatly influence the weather. For example, winds from the ocean can bring moisture and cooler temperatures, while winds from land can bring dry and continental climates.

5. Ocean Currents: Warm and cold ocean currents can affect the climate of nearby coastal areas. Warm currents can bring warmer temperatures, while cold currents can cool the air.

6. Topography: The shape and elevation of the land can influence weather patterns. Mountains can create rain shadows, where one side of a mountain range experiences more rainfall than the other.

7. Vegetation: Forests and other vegetation can affect the weather by releasing moisture into the air and influencing the local climate.

8. Human Activity: Urban areas can create heat islands due to the concentration of heat-absorbing surfaces like concrete and asphalt. Pollution can also affect weather patterns and precipitation.9. Solar Radiation: The amount of solar energy received can change with the time of day, season, and solar activity cycles like sunspots.

10. Atmospheric Pressure: High and low-pressure systems can influence weather conditions, with low pressure often associated with cloudy and wet weather, and high pressure with clear and settled conditions.

11. Humidity: The amount of water vapor in the air can affect how comfortable the weather feels and can influence the formation of clouds and precipitation.

12. Cloud Cover: Clouds can reflect sunlight and affect temperatures, as well as influence precipitation patterns.

13. Seasonal Changes: The tilt of the Earth's axis and its orbit around the sun lead to seasons, which bring predictable changes in weather.

14. Climate Change: Long-term changes in the Earth's climate system can lead to changes in weather patterns, including increases in extreme weather events.

Answer:

The answer is C. A meteor.

Explanation:

The factors that determine the resistance of rock are as following:

Explanation

Nature of relief The higher is the relief of a particular region, the higher is the rate of denudation and the lower is the relief of that region, the lower is the rate of denudation.

Answer:

Carmel

Fishers

South Bend

Evansville

Fort Wayne

Explanation:

I looked at a map.

Answer:

The Answer is Portugal

Explanation:

I just took the test