Why cities near large bodies of cold water in summer experience well-developed see breezes but only poorly delevoped land breezes???

Answer:

A.) Spain

Explanation:

Most tectonic plates move at rates of centimeters per year.

Different tectonic plates move at different rates, and rates vary depending on the methods used to measure them. Most plates move at rates of centimeters per year. For a comparison, fingernails grow at approximately the same rate.

Ultramafic rocks contain "olivine," and are commonly found in the "mantle."

"A rock is defined as something that contains minerals. This is thought to be tough and powerful. This is the property from which the earth is formed. It has various qualities, and there are several sorts of Rock available."

The mentalism of the inner layer of the surface. It is made up of approximately 84% of the earth the surface area. It can be found in various layers and the rock with contains it is called olivine.

This Rock contains a very low amount of silica and has a composition of minerals and pyridoxine. Olivine has now been discovered in both stony or rocks meteorite. Olivine can also be found in various forms on planets and asteroids along the mafic barrier.

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The initial length of the quartz rod is 0.10 m, which is the same as the initial length of the lead rod.

To find the initial length of the quartz rod, we can use the fact that both rods experience the same change in length when heated. Let's assume the change in length is ΔL for both rods. We know that the change in length is given by the formula ΔL = αLΔT, where α is the coefficient of linear expansion, L is the initial length of the rod, and ΔT is the change in temperature.

Since the change in length is the same for both rods, we can set up an equation:

ΔLlead = ΔLquartz

αleadLleadΔT = αquartzLquartzΔT

Since ΔT and α are the same for both rods, we can simplify the equation to:

Llead = Lquartz

We are given that the initial length of the lead rod is 0.10 m, so the initial length of the quartz rod is also 0.10 m.

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Answer:

The Colorado River is facing major environmental changes and is at risk of drying up. Human actions along the river are primarily responsible for these changes. For the past century, farms, towns, and cities adjacent to the river have drawn off freshwater for agricultural or drinking purposes. Additionally, climate change has resulted in more intense droughts and less rainfall, which also contribute to the river’s shrinking size.

Most major cities in the region will need to drastically reduce the amount of water they take from the river basin. Las Vegas, Nevada, for instance, is a city of 2 million people, but it uses a small amount of water from the Colorado River compared to other cities in the region. Las Vegas laws impose water restrictions on people in the city. Other cities in the region will ultimately need to adopt similar rules and regulations to prevent the river from drying up.

Explanation: don't use the whole answer use what you think is important and maybe paraphrase it

The crust is a part of the lithosphere, which also includes the uppermost mantle. The lithosphere behaves as a rigid, brittle layer, distinguishing itself from the underlying, plastic asthenosphere, both essential in tectonic plate interactions.

The correct relationship between the crust and the lithosphere rests on understanding that Earth's outer surface consists of the crust, which is a cold, thin, brittle shell made of rock that exists in two distinct types, each with unique properties. The lithosphere, which is approximately 100 kilometers thick, is the outermost mechanical layer of the Earth, behaving as a rigid, brittle solid and comprising both the crust and the uppermost portion of the mantle. While the crust is part of the lithosphere, it is not synonymous with the lithosphere as it is distinguished by both its chemical composition and mechanical properties.

The lithosphere divides from the underlying asthenosphere, which is characterized by its plasticity and ability to flow, as it's composed of partially molten mantle material. This division has significant implications for tectonic plate interactions, such as pulling apart, subduction, sliding alongside, and compression, which are instrumental in shaping the geology of our planet.

Answer:

Sedimentary rocks

Explanation:

  Sediments and chemical sedimentary rocks are classified according to chemical composition and can be:

    Carbonatics: formed by the accumulation of carbonate minerals (limestone and dolomites) - the most common on Earth. Can be generated by reefs, inorganic reactions or even of mixed origin.

    Evaporites: formed by the precipitation of salts in the evaporation of seawater and lakes in closed arid regions. The Marine evaporites are common in regions where the freshwater supply is small, the sea is closed and the climate is arid.

    There are also silica rocks (chert / precipitated silica - flint), phosphorites and ferruginous rocks. As well as oil basins, coal and natural gas, formed by the action of high temperatures and pressures on organic waste.

It's C. The odometer

The driving force behind plate tectonics is primarily the result of gravitational force. This force pulls a dense, sinking oceanic plate down into the mantle, driving other parts of the same plate and neighboring plates.

Most of the pulling force that drives plate motion is produced mainly by the action of gravity. The gravity forces initiate the movement of plates in a process called slab pull which is considered as the major plate-driving force. Here, gravity pulls a dense oceanic plate down into the mantle at a subduction zone. This action contributes to the movement of other parts of the same plate and neighboring plates.

The slab pull force is proportional to the area of the plate that is sinking into the mantle, and inversely proportional to the distance between the plates, which acts like a lever arm. In physics concept, the magnitude of gravitational force is defined by a formula F=(G*m1*m2/r²), where G is the gravitational constant, m1 and m2 are the masses of the objects, and r is the distance between the centers of the two objects.

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The water would maintain the magma's temperature by preventing it from rising over melting point and preventing it from becoming hot enough to flow.

A physical process called melting or fusing causes a substance to change its phase from a solid to a liquid. This happens when the solid's internal energy rises, usually as a result of heat or pressure being applied, which raises the substance's temperature to the melting point.

A substance can go through five stages of melting: moistening, sintering, collapsing, meniscus, and clear point.

As it sinks deeper, the rock becomes hotter and hotter due to changes in the earth's crust. A rock must be heated to between 600 and 1,300 degrees Celsius (1,100 and 2,400 degrees Fahrenheit) in order to melt and become magma (molten rock).

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A façade is the term for any side of a building that is intended to be looked at. It's usually designed to be visually striking and is often the most important part of a building's architecture.

The term for any side of a building that is intended to be looked at is called a façade. Architecturally, a façade is often the most important aspect of a building as it sets the overall tone and style. Façades can be designed according to various architectural styles, and can be adorned with different materials, decorations, and colors. It's often the most visually striking aspect of the structure, designed to attract and impress viewers.

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Tides are a type of wave caused by Gravitational force between the ocean water and the moon.

Hence, the correct answer is option a.

Tides are rhythmic oscillations in sea levels caused primarily by the gravitational interaction between the Earth, the Moon, and to a lesser extent, the Sun. The Moon's gravitational pull exerts a stronger force on the side of the Earth facing it, resulting in a bulge of water, creating the high tide.

On the opposite side of the Earth, a second high tide occurs due to the centrifugal force caused by the Earth and Moon's orbital motion. The areas between these bulges experience low tide. As the Earth rotates, locations experience two high and two low tides daily. When the Sun aligns with the Moon during full and new moon phases, the gravitational effect enhances tides, leading to spring tides, while during the quarter moons, neap tides occur with reduced tidal range.

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The given question is incomplete. Hence, the complete question is:

Tides are a type of wave caused by what type of natural force between the ocean water and the moon?

a. Gravitational force

b. Coriolis force

c. Electromagnetic force

d. None of these.

At a divergent boundary, the plates on each side of the boundary move away from each other, often leading to creation of new crust due to volcanic activity and formation of deep under-ocean trenches.

At a divergent boundary, the plates on each side of the boundary move away from each other. This motion is caused by the underlying asthenosphere which rises and pushes the overlying lithospheric plates apart. These boundaries are usually associated with seafloor spreading centres or mid-ocean ridges. An example is the Mid-Atlantic Ridge which separates the North American and Eurasian Plates. The relative movement of the plates results in the creation of new crust due to volcanic activity and often forms deep under-ocean trenches.

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At a divergent boundary, the relative motion of the tectonic plates on each side of the boundary is pulling apart or moving away from each other.

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Answer:

Can be found. because all types of rocks that arise from the rock cycle on the surface of the earth.

Explanation:

In the geological cycle it is explained that rocks undergo changes in 4 phases namely

1. Magma

2. Frozen rock s

3. Sedimentary rocks

4. Metamorphic rocks, and then back again to magma.

But it does not rule out the possibility that rocks that are in the igneous phase will immediately become metamorphic rocks or even directly become magma again. It is also possible that sedimentary rocks have directly become magma or igneous rocks have become metamorphic. All conditions depend on the process through.

For sedimentary rocks to be metamorphic rocks that are usually under the surface of the earth. Intrusive igneous rocks are also under the earth's surface. When the rock that is beneath the surface of the earth is not exposed to the surface of the earth during the lifting process, the rock will be buried even deeper. The deeper buried, the more likely it is to be exposed to temperature and also the high pressure generated by tectonic compression and thermal energy emanating from the earth, which in turn can change these rocks. Rocks that have changed below the surface of the earth due to exposure to temperature, pressure, and also contact with magma are called metamorphic rocks.

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Keywords

- Sedimentary Rocks

- Metamorphic Rocks

Final answer:

Sedimentary rocks make up most of the Earth's surface, largely due to processes such as erosion and deposition. Oceanic crust is composed largely of basalt, while continental crust features granite. These rocks are crucial for supplying essential minerals and maintaining sustainability.

Explanation:

The type of rock that comprises most of the exposed surface of Earth (around 75%) is sedimentary rock. These rocks are generally formed from the compaction and cementation of various sediments and are a significant component of the Earth's crust. Terrestrial rocks can be classified as igneous, sedimentary, or metamorphic, with sedimentary rocks being predominant on the surface due to processes like erosion and deposition. Earth's crust is largely composed of chemical compounds of oxygen and silicon, with aluminum, iron, carbon, sulfur, and other elements also present.

When focusing on the oceanic crust, it consists mostly of volcanic rocks known as basalt, while the continental crust is composed predominantly of granite. Both oceanic and continental crust have densities of about 3 g/cm³ and form a significant part of the lithosphere. Proper management of these rock resources is crucial for sustainability due to their role in supplying essential minerals for various applications, including agriculture.

Shield volcanoes are expected to form in tectonic environments such as mantle plumes.

Anywhere that flowing low-silica lava touches a stony planet's surface is where shield volcanoes can be discovered. They are particularly typical of ocean island volcanism connected to hot areas or continental rift volcanism, though.

In reference to its low profile, which resembles a warrior's shield resting on the ground, a shield volcano is a particular form of volcano. It is created by the eruption of lava that is very fluid (low viscosity), travelling further and forming thinner flows than lava that is released from a stratovolcano, which is more viscous. The shield volcano's characteristic shape is created by the slow deposition of wide sheets of lava brought on by repeated eruptions.

There are shield volcanoes everywhere there is flowing low-silica lava.reaches the rocky planet's surface. They are particularly typical of ocean island volcanism connected to hot areas or continental rift volcanism, though.

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