What is the measure of DE?
A
410
C.
O A. 37
39"
B
O B. 39
39
O c. 41°
E
O D. 40

A. Sediments being deposited are represented by pouring a bowl of earth materials into a container of water. When material is poured, energy is used. The role of the energy is to help the sediments settle in the water. The sediment would have settled differently if it had been poured slowly because there would have been less energy involved in the process. Energy is required for sediment to be deposited.

B. If the container had been shaken on day 2 or 3, the sediment would have been mixed up and no longer arranged in layers. The sediment grains would not have settled into the same layering as they were before. This relates to what we see in sedimentary rocks at Earth's surface because rocks that are disturbed by forces such as earthquakes or landslides can become jumbled and no longer have their original layering.

C. Coarse grains are typically deposited in areas with high energy such as fast-moving rivers or near the mouth of a river where it meets the ocean. This is because coarse grains require more energy to move and settle than fine-grained sediments.

D. Sediment settles differently depending on the type of landscape and the energy involved. In a stream channel, sediment is often deposited in layers that are angled downstream due to the flow of water. In a lake, sediment is often deposited in layers on the bottom of the lake. In a desert environment, sediment is often transported by wind and deposited in sand dunes. Energy plays a role in sediment settlement because it determines how far the sediment can travel and how quickly it settles.

E. The repeated sequence of sandstone, shale, and limestone in marine rocks is due to the type of deposition that is occurring worldwide. Sandstone is deposited near the shoreline by rivers, shale is deposited in deeper water, and limestone is deposited in shallow water where carbonate-producing organisms live. This same sequence is repeated throughout the world's oceans because these environments are present worldwide.

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Answer:

Cap rock protect the more vulnerable rock beneath it

The specific heat of water is greater than that of land. This means water cools more slowly than does land.

Compared to water, the land has a low capacity for heating. This standard causes land to heat up and cool down more quickly than water.

Water takes longer to become cool or hot. Warm air is displaced by cold air. The air over coastal land heats up more quickly than the air over the sea because cool air is denser than hot air. That explains why the breeze moves toward the ocean in the evenings and into coastal areas during the day.

This is the rationale behind why residents of subtropical regions close to the coast choose to go to the beach in the summer and winter, where they may enjoy cool winds in the summer and air that regulates their body temperature in the winter.

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The specific heat of water is greater than that of land. This means water cools more slowly than land.

The solid terrestrial surface of the planet Earth that is not covered by the ocean or other bodies of water is referred to as land, sometimes known as dry land, ground, or earth. The continents and other islands are included in it, which account for about 29% of the Earth's surface.

The land has a lower capability for heating than water. Because of this rule, land warms and cools more quickly than water.

Water cools or heats more slowly than air. Cold air displaces warm air. Due to the fact that cool air is denser than hot air, the air over coastal land warms up more quickly than the air over the sea. That explains why the breeze blows into coastal locations during the day and toward the ocean in the evening.

Therefore, Compared to land, water has a higher specific heat. It follows that water cools more gradually than land.

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Answer: Density in seawater is determined by salinity.

Explanation:

Salinity, temperature and depth all affect the density of seawater. Density is a measure of how tightly a certain amount of matter is packed into a given volume. The more the stuff is packed in, the higher the density. Density can be calculated by dividing an object's mass by its volume  

Density in seawater is determined by salinity

The salinity of seawater is defined as the total amount by weight of dissolved salts in one kilogram of seawater.

Salinity Affects Density

When salt is dissolved in fresh water, the density of the water increases because the mass of the water increases. Water and soil salinity are measured by passing an electric current between the two electrodes of a salinity meter in a sample of soil or water. The electrical conductivity or EC of a soil or water sample is influenced by the concentration and composition of dissolved salts.

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The texture of detrital rocks, which are composed of rock fragments and sediment grains, is not typically indicated on identification charts for sedimentary rocks because it is not a defining characteristic for their classification.

Detrital rocks are primarily classified based on their grain size and composition rather than their texture.  The grain size, which refers to the diameter of the sediment grains, is a crucial factor in classifying detrital rocks. The chart will typically include categories such as gravel, sand, silt, and clay, allowing for the identification of the dominant grain size present in the rock.

Additionally, the composition of the sediment grains, such as the mineral types or rock fragments, plays a significant role in classifying detrital rocks. Identification charts often focus on describing the composition of the grains, such as quartz, feldspar, or lithic fragments.

While texture can be important in some sedimentary rocks, such as those formed through chemical or biochemical processes, it is not as relevant in the case of detrital rocks. Therefore, identification charts for sedimentary rocks primarily emphasize grain size and composition as the key factors in classifying and identifying detrital rocks.

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Answer:

Government should protect the rights of all citizens

Answer:

In pre-European Māori culture, many if not most high-ranking persons received moko. ... Apart from signalling status and rank, another reason for the practice in traditional times was to make a person more attractive to the opposite sex. Men generally received moko on their faces, buttocks (raperape) and thighs (puhoro).

Explanation:

Answer:

Tā moko is an important part of the culture of the Maori people. It is a sign of the Maori cultural identity. Both male and female Maori wear tā moko. Men wear tā moko on their entire faces. They wear other tattoos on their arms, midsections, and thighs. Women wear tā moko mainly on their chins and lips.

Explanation:

This is right on edge 2021 :)

Answer:

yes

yes

Explanation:

yes yes

Answer:

The answer is 2 - solar power plant

Indigenous plants are plants that are native to a particular area. ... An exotic plant is a plant that introduced to an area from outside its original range.

Answer:

The characteristics you mentioned, including an archipelago, limited arable land, rugged mountains, and earthquakes, are commonly associated with Japan.

Explanation:

Answer:

Germany

Explanation:

Germany was reunited in 1990, following the decline and fall of the SED as the ruling party of the GDR.

Answer:

missions, military presidios, and large haciendas.

Explanation:

i am 90% sure

The factors that vast haciendas, military presidios, and missions have affected Mexico's population trends.

Between 1910 and the beginning of the twenty-first century, Mexico's population more than doubled. Due to significant advancements in food availability and health care standards in the 1940s, the rate of natural increase started to climb quickly.

Colonization, technology, urbanization, industrialization, revolution, medicine, immigration, and emigration have all had an impact on Mexico's population.

High altitude results in pleasant temperatures and sufficient rainfall for cultivation.

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, plant material, and chemical fertilizers by farmers is to add back these subtracted nutrients

Explanation:

Answer:

(Mission):a group of persons sent by a church to carry on religious work, especially evangelization in foreign lands, and often to establish schools, hospitals, etc. an establishment of missionaries in a foreign land; a missionary church or station.

Secede: withdraw formally from membership of a federal union, an alliance, or a political or religious organization

Reservation: An Indian reservation is a legal designation for an area of land managed by a federally recognized Indian tribe under the U.S. Bureau of Indian Affairs rather than the state governments of the United States in which they are physically located.

Explanation:

Explanation:

hey sleepy head can you give me the brainlest

Answer:

Explanation:

The Amazon River is the largest fresh water body on Earth and it covers vast area in South America. It supports a large natural habitat and eco-system ranging from rain forests, river tributaries and farmlands. The farmlands from human activities that is destroying the Amazon River. To allow more farming, large areas of rain forests have been cleared; destroying living habitats the forests support. It also changes the water flow of Amazon River; causing some streams to dry up and others become muddy due to erosion.

The term that describes the zone with air in the pores and located above the phreatic zones is the vadose zone.

The vadose zone, also known as the unsaturated zone or zone of aeration, is the area in the subsurface where the pores are not fully saturated with water. It is located above the phreatic zones, which are the regions where the groundwater saturates the soil or rock layers.

In the vadose zone, the soil or rock contains a mixture of water and air in the pore spaces. This zone is often characterized by fluctuating water content and pressure, as water moves through it due to infiltration or evaporation. The vadose zone plays a crucial role in controlling water movement, nutrient transport, and the recharge of groundwater.

Therefore, among the provided answer choices, the term that describes the zone with air in the pores and located above the phreatic zones is the vadose zone.

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The correct statement regarding the interaction between Iva and Juncus is that by modifying the physical environment, Juncus creates conditions that are hospitable to Iva.

Juncus, a type of rush plant, is known for its ability to modify the physical environment around it, particularly in wetlands or marshy areas. Through this modification, it can create favorable conditions for other plant species, such as Iva, to thrive. This mutualistic relationship benefits both species, allowing them to coexist and support each other's growth.

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Answer:

The southern hemisphere has many. Most of the volcanoes are located in what is called the "ring of fire" in the Pacific Ocean.

Explanation:

Answer: how does volcanic eruption damage property?​ differing value systems and changes in land use.

Explanation: Property damage from volcanic eruptions is difficult to estimate, because of differing value systems and changes in land use. One study estimates an average of $1 billion per year in property damage worldwide from volcanic eruptions. As with casualties, a few eruptions cause staggering damage, while most are much less destructive.

The causes of the Taiping Rebellion are as follows:

The Taiping Rebellion was a huge-scale uprising event in China against the ruling Qing Dynasty. A person named Hong Xiuquan had arisen as the leader of this rebellion. In this rebellion, civil servant could come from any class regardless of their birth status.

The Effects of the Taiping Rebellion are as follows:

Therefore, the causes and effects of the Taiping Rebellion are well described above.

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The ozonosphere corresponds with the stratosphere is true about atmospheric temperature. So the option C is correct.

In this question the thermosphere and ozonosphere are the same. noctilucent clouds occur in the ozonosphere. the ozonosphere corresponds with the stratosphere. the ozonosphere stretches from the earth's surface to approximately 50 km (30 mi.). all but 0.001 percent of the atmosphere is accounted for within the stratosphere and we have to find which of the following is true.

The statement can be expressed mathematically as: 0.999% of the atmosphere is in the stratosphere and 0.001% of the atmosphere is in the ozonosphere. The stratosphere extends from the earth's surface up to approximately 50 km (30 mi.), and the ozonosphere corresponds to the stratosphere. Noctilucent clouds can be found in the ozonosphere, which is located in the upper part of the atmosphere.

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The complete question is:

Atmospheric temperature which of the following is true?

A. the thermosphere and ozonosphere are the same.

B. noctilucent clouds occur in the ozonosphere.

C. the ozonosphere corresponds with the stratosphere. the ozonosphere stretches from the earth's surface to approximately 50 km (30 mi.).

D. all but 0.001 percent of the atmosphere is accounted for within the stratosphere.

Answer:

126x1 +14x9=252

Explanation:

Those living in a nation-state are often expected to do all of the following except  defend the nation from detractors. Thus option (C) is correct.

Nation refers to the territory where the people and live and they are governed by the same government. The example of the nation is United States, India, United Kingdom etc are the nations.

The people those are living in the nation are expected to spread the cultures and their norms, speak their national as well as the regional languages.

They are not required to the defend the nation from the detractors. Thus option (C) is correct.

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Beginning students often tend to heavily rely on stress and memory guide photographs for mineral identification. Photos can be misleading because they may not accurately represent the true color, texture, or crystal structure of the mineral.

Lighting conditions, camera settings, and image editing can all impact the appearance of minerals in photographs.A better approach to distinguish different mineral species is to use physical properties and tests. This includes observing the color, luster, hardness, cleavage, streak, and specific gravity of the mineral identification charts or using specialized tools like a hand lens or streak plate, students can obtain more accurate and reliable information about the mineral they are trying to identify.

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Answer:

Passing literacy tests to vote

Explanation:

The first one should is actually against the law and against the Voting Act of 1965

Answer:

passing literacy tests to vote

Explanation:

B)

Answer:  The arrangement of Solar System objects from least massive to most massive is as follows: Asteroid, Mercury, Mars, Venus, Uranus, Jupiter, Sun, and lda.

Explanation: The Solar System consists of various objects, including planets, asteroids, and the Sun. To arrange them from least massive to most massive, we need to consider their relative sizes and masses.

The least massive object is an asteroid, which is a small rocky or metallic body that orbits the Sun. Asteroids can range in size from a few meters to hundreds of kilometers in diameter.

Next is Mercury, the smallest planet in our Solar System. While it is larger than most asteroids, it is still relatively small compared to other planets.

Following Mercury is Mars, which is larger than Mercury but smaller than Earth. Mars is often referred to as the "Red Planet" due to its reddish appearance.

Venus, the second planet from the Sun, is the next in line. It is similar in size to Earth and often called Earth's "sister planet."

Uranus, the seventh planet from the Sun, is the next in line. It is a gas giant with a much larger mass compared to the rocky planets like Mercury, Mars, and Venus.

Jupiter, the largest planet in our Solar System, comes after Uranus. It is a gas giant with a significantly greater mass than all the previously mentioned objects.

The Sun, the central star of the Solar System, is the next object in terms of mass. It contains more than 99% of the total mass of the Solar System and significantly outweighs all other objects.

Lastly, "lda" is mentioned in the question, but it is not a recognized object in the Solar System. It is likely a typo or a reference to an unknown object.

In summary, the arrangement of Solar System objects from least massive to most massive is: Asteroid, Mercury, Mars, Venus, Uranus, Jupiter, Sun, and lda (unknown).

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At the Mid-Ocean Ridge, where oceanic plates are diverging and magma is generated by partial melting of the mantle, mafic magma is produced. Mafic magma is produced at the Mid-Ocean Ridge, where oceanic plates are diverging and magma is generated by partial melting of the mantle.

Mid-ocean ridges are the places where oceanic plates separate from each other and magma is produced by partial melting of the mantle due to the decrease in pressure. Magma that is created in the process is typically mafic, which means that it has a high iron and magnesium content. It is believed that mafic magmas contain 45–53 percent silica and a low concentration of volatile substances such as water and carbon dioxide. Mafic magmas have a higher density than felsic magma because they contain more iron and magnesium. They are less viscous than felsic magmas because they contain less silica. Mafic magmas have a lower viscosity, which means they are less thick and flow more easily.

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Answer:

he was the first commodore of the texas navy.

Explanation:

I took the test

Edwin W. Moore was the first commodore of the Texas Navy. The correct option is C. Edwin Ward Moore an American naval officer who was also the commander-in-chief of the Republic of Texas Navy.

Moore aided in the defense of the region by seizing several Mexican ships. He then finished a survey of the Texas coast, which enabled the creation of the first accurate charts of the Gulf of Mexico. Sam Houston, a former army leader, was elected president of Texas for the second time in late 1841.

Edwin W. Moore issued To the People of Texas, a 200-page pamphlet, on September 21, 1843. Moore's book contains transcriptions of nearly every relevant official document connected to the Texas Navy between September 1841 and July 1843.

Thus, the ideal selection is option C.

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