Goal: Show Knowledge of the Laws of Stratigraphy
1. Using the image below, put the layers and features in order from oldest to youngest.
2. For each letter, describe why you picked the placement of the letter. Include applicable laws in your
description.
B
CDE
с
A
G
H

A delta is expected to find where the river deposits sediment as it reaches the Gulf. (3)

When a river like the Brazos River reaches its final destination, in this case, the Gulf of Mexico, it typically forms a land formation called a delta. A delta is a triangular or fan-shaped deposit of sediment that accumulates at the mouth of a river. As the river slows down and enters a body of water, it loses energy and drops the sediments it has been carrying, leading to the formation of a delta. Deltas are characterized by rich and fertile soils, as well as diverse ecosystems that thrive in these sedimentary environments.

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The Brazos River is the longest river in Texas, emptying into the Gulf of Mexico. What type of land formation would you expect to find where the river deposits sediments as it reaches the Gulf?

Plinian eruptions are highly explosive and can destroy the original shape of the volcano. These types of eruptions are named after Pliny the Younger, a Roman historian who witnessed the eruption of Mount Vesuvius in 79 AD.

During a Plinian eruption, a large amount of gas and ash are ejected into the atmosphere, creating a towering eruption column that can reach heights of over 20 kilometers. These eruptions can be extremely destructive and can cause widespread damage to surrounding areas.

They are typically associated with stratovolcanoes, which are characterized by steep-sided slopes and a conical shape. Plinian eruptions are different from Hawaiian eruptions, which are effusive and contain gas bubbles, and build up layers of basalt over time.

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Answer:

The rock components of the crust are slowly but constantly being changed from one form to another and the processes involved are summarized in the rock cycle. The rock cycle is driven by two forces: (1) Earth’s internal heat engine, which moves material around in the core and the mantle and leads to slow but significant changes within the crust, and (2) the hydrological cycle, which is the movement of water, ice, and air at the surface, and is powered by the sun.

The rock cycle is still active on Earth because our core is hot enough to keep the mantle moving, our atmosphere is relatively thick, and we have liquid water. On some other planets or their satellites, such as the Moon, the rock cycle is virtually dead because the core is no longer hot enough to drive mantle convection and there is no atmosphere or liquid water.

In describing the rock cycle, we can start anywhere we like, although it’s convenient to start with magma. As we’ll see in more detail below, magma is rock that is hot to the point of being entirely molten. This happens at between about 800° and 1300°C, depending on the composition and the pressure, onto the surface and cool quickly (within seconds to years) — forming extrusive igneous rock

if this isnt right id say that it is either a or d

Magma can either cool slowly within the crust (over centuries to millions of years) — forming intrusive igneous rock, or erupt onto the surface and cool quickly (within seconds to years) — forming extrusive igneous rock. Intrusive igneous rock typically crystallizes at depths of hundreds of metres to tens of kilometres below the surface. To change its position in the rock cycle, intrusive igneous rock has to be uplifted and exposed by the erosion of the overlying rocks.

Through the various plate-tectonics-related processes of mountain building, all types of rocks are uplifted and exposed at the surface. Once exposed, they are weathered, both physically (by mechanical breaking of the rock) and chemically (by weathering of the minerals), and the weathering products — mostly small rock and mineral fragments — are eroded, transported, and then deposited as sediments. Transportation and deposition occur through the action of glaciers, streams, waves, wind, and other agents, and sediments are deposited in rivers, lakes, deserts, and the ocean.

to my complete knowledge it would be D if you read my last two paragraphs

Explanation:

if im wrong pls fell free to let me know

Answer: (2,0) you can you Desmos to graph out the lines to make sure they are correct.

The false statement in this question is D) "Is considered a trellis network when rivers flow over uniform substrate with gentle slope."

The false statement in this question is D) "Is considered a trellis network when rivers flow over uniform substrate with gentle slope." A trellis drainage network is characterized by parallel main streams with short tributaries that join them at a perpendicular angle. This pattern typically forms in areas with alternating bands of resistant and easily erodible rock. In contrast, a dendritic drainage network is characterized by a branching pattern resembling that of tree roots, which develops in areas with uniform rock substrate. Therefore, the statement that a drainage network is considered a trellis network when rivers flow over uniform substrate with a gentle slope is incorrect.

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Answer:

1. contpur lineb are lines

Explanation:

ty

Answer:

The correct answer is - the temperature of the air above it.

Explanation:

The transfer of the heat from the water to atmospheric air and from atmospheric air to the surface water bodies goes in both directions. The warm air transfers the heat to the surface of the water bodies and when air is cold the higher temperature of the surface of the water bodies increased the temperature of the atmospheric. Water bodies influence the temperature of the atmosphere by forming water vapor through the evaporation process.

The correct answer is - the temperature of the air above it.

Answer:

These are some important tips to keep in mind as you practice to become a better singer:

Explanation:

Answer:

Develop solid vocal technique.

Take care of your instrument.

Learn to breathe properly.

Improve your skills with regular practice.

Consider professional vocal training.

Keep your singing voice healthy.

Always do your vocal warm-ups.

Explanation:

Answer:

They can be a liquid, solid, or gas.

Explanation:

Minerals are solids, not liquids or gas.

Minerals have a fixed crystalline structure, so their structure can't change like how the composition of liquids and gases change.

Answer:

Cartographic system

Explanation:

First we need to understand what a perceptual region is.

This is an idea of a person's mental map or how people think about or perceive based on factors that may not reflect the truth.

Second we see a cartographic system combines science, aesthetic and technique built on reality or imagination that can be modelled in ways that communicate spatial information effectively.

Summary :

we see that both use imagination to bring out or make a map.

Answer:

d is correct on edge 2021

Explanation:

Answer:

d

Explanation:

The majority of gold extracted from Kern County came from placer deposits in the Kern River. Placer deposits are formed when water carrying gold erodes and transports the gold fragments, which then settle into riverbeds or other areas where water flow slows down.

The Kern River is known for its rich deposits of gold, and during the California Gold Rush in the mid-1800s, many miners flocked to the area in search of their fortunes. The town of Havilah, located in the southern part of Kern County, also had significant placer deposits nearby. While there were some underground mines in the area, they did not produce as much gold as the placer deposits.

Overall, the Kern River and its surrounding areas were the primary sources of gold extraction in Kern County.

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Answer:

Command Economy

Explanation:

Did test

The region of the central Great Lakes in North America is generally within the Koppen climate classification of Humid Continental (Dfb). This climate is characterized by large seasonal temperature differences, with cold winters and warm summers.

The Great Lakes region is located in North America, specifically in the northeastern part of the United States and southeastern part of Canada, this region is generally characterized by large seasonal temperature differences, with cold winters and warm summers. This climate is classified as Humid Continental (Dfb) by the Koppen climate classification system. This climate is characterized by large seasonal temperature differences, with cold winters and warm summers. The Great Lakes region is known for its heavy snowfall in the winter and thunderstorms in the summer, and can experience temperatures ranging from -40°F to 100°F.  

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Among the options provided, the closest in length to the Great Wall of China is the coastline of the state of California, which is approximately 840 miles (1,350 kilometers) long.

The Great Wall of China is a series of fortifications and walls that were built across China's northern borders over a period of centuries, with the earliest parts dating back to the 7th century BC. The purpose of the wall was to protect China from invasions and raids by various nomadic groups from the north, and it was continuously expanded and rebuilt by various Chinese dynasties over the centuries. Today, the Great Wall of China is a popular tourist attraction and a symbol of China's cultural and historical heritage.

The coastline of the state of California, on the other hand, is the stretch of land where California meets the Pacific Ocean. California has a long and varied coastline that is approximately 840 miles (1,350 kilometers) long, stretching from the border with Oregon in the north to the border with Mexico in the south. This coastline is known for its scenic beauty, diverse ecosystems, and important economic and cultural significance to the state.

In comparison, the street your school is on is most likely a relatively short street that is a few blocks long. The borders between the U.S. and Canada and Massachusetts and Rhode Island are also much shorter than the Great Wall of China. The U.S.-Canada border is approximately 5,525 miles (8,891 kilometers) long, while the border between Massachusetts and Rhode Island is only 48 miles (77 kilometers) long.

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Answer:

Yes

Explanation:

The Sun's chromosphere contains many jet-like projections that stick up into the transition region. These spikes of gas are called spicules. Therefore option B is correct.

The word chromosphere is derived from the greek word chroma which means color. So the chromosphere is the outer layer of the sun.

Generally, the chromosphere is the outer space of all the stars, although the sun is also a big star so that is why we called it the sun's chromosphere. Plasma is a gas that is electrically charged, in the chromosphere plasma has low density. The chromosphere is the outer layer of the sun but the temperature of the chromosphere is about 6000*C which is very high.

Hence the chromosphere contains many Jet like projections that stick up into the transition region.

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Among the options provided, using a pest control method that only affects its target is a way of protecting the environment. Option J is the correct answer.

The use of tailored pest control measures reduces the impact on non-target species and the surrounding ecosystem.

The other options, on the other hand, may have negative environmental consequences:

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Answer:

growth

Explanation:

ur living the life as once ur was a child than a kid to a teen and final to adults there many purpose as ur responsivlity

Scientists study pollen grains to help them understand climate change by analyzing and making inferences about them. Option A is correct.

Pollen grains have a unique structure and composition that makes them useful indicators of past environmental conditions, such as temperature and precipitation. By analyzing the pollen grains found in sediment cores or other sources, scientists can reconstruct past climates and understand how they have changed over time.

One common method is to identify and count pollen grains from different plant species in a sample, which can provide information about past vegetation and changes in temperature and precipitation.

Scientists may also use isotopic analysis or other techniques to extract additional information from the pollen grains, such as the timing of certain events or the source of the pollen.

Overall, studying pollen grains is an important tool for scientists to gain insight into past climate change and make predictions about future climate patterns.

The complete question is:

How do scientists study pollen grains to help them understand climate change?

A) by analyzing and making inferences about them.

B) by observing and listing facts about them.

C) by studying and reading more about them.

D) by writing hypothesis about them.

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Answer:

Alternative energy refers to energy sources other than fossil fuels (such as coal, petroleum, and diesel) and includes all renewable and nuclear energy sources. ... Nuclear energy is produced by using elements like uranium and thorium, which cannot be replenished and have a finite amount in existence.

Explanation:

Answer:

yes because they may not be alot of jobs in the future since technology is expanding and becoming almost everywhere

Answer:

they are both natural disasters

but landslides are caused by rain and storms

well avalaches are random

Explanation:

VENN DIAGRAM:

View Screenshot 1

The effects of environmental pollution on the Eiffel Tower include damage to the iron structure due to acid rain and the accumulation of pollutants on the surface.

The Eiffel Tower, which is made of iron, has been affected by environmental pollution in several ways. Acid rain is the most significant environmental factor that contributes to the degradation of the Eiffel Tower. When sulfur dioxide and nitrogen oxide gases are emitted into the atmosphere, they combine with water vapor to form sulfuric and nitric acids. These acidic compounds fall back to the earth's surface as acid rain, corroding the iron surface of the Eiffel Tower and causing damage over time.

The acid rain has led to a loss of detail and aesthetic value due to erosion, pitting, and cracking of the metal structure. Additionally, the accumulation of pollution and dirt on the surface of the Eiffel Tower has also contributed to its degradation. As a result of pollution, the Eiffel Tower's once-golden hue has become a dull brown color, and it has become more difficult to maintain the structure's original aesthetic appearance. The Eiffel Tower is now being cleaned regularly to remove pollutants and maintain its structural integrity, but its deterioration remains an ongoing concern.

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Answer:

Since I don't have a list of answers, I can't pick on of the options for you. Can you give me the answers so I can choose the correct one? Thank you!

Of the three primary forms of subaerial volcanoes, cinder cones consist of a cone-shaped pile of tephra often formed in a single eruption.

Cinder cones, one of the three primary forms of subaerial volcanoes, are characterized by a cone-shaped accumulation of tephra that is typically formed in a single volcanic eruption. Tephra, consisting of fragmented volcanic material such as ash, cinders, and small rocks, builds up to create the distinct cone shape of these volcanoes. Unlike other types of volcanoes, cinder cones are often smaller in size and have a simpler structure. They are commonly found in volcanic regions and can provide valuable insights into past volcanic activity.

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It is false.

Endotherm, so-called warm-blooded animals; that is, those that maintain a constant body temperature independent of the environment. The endotherms primarily include the birds and mammals; however, some fish are also endothermic. If heat loss exceeds heat generation, metabolism increases to make up the loss or the animal shivers to raise its body temperature. If heat generation exceeds the heat loss, mechanisms such as panting or perspiring increase heat loss. Unlike ectotherms, endotherms can be active and survive at quite low external temperatures, but because they must produce heat continuously, they require high quantities of fuel.

Endotherms generate most of the heat they need internally. When it's cold out, they increase metabolic heat production to keep their body temperature constant. Because of this, the internal body temperature of an endotherm is more or less independent of the temperature of the environment

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Point-source air pollutants come from a single identifiable source while non-point sources come from multiple sources and are difficult to pinpoint, making it challenging to improve air quality in the Los Angeles area.

Point-source air pollutants in the Los Angeles area come from a single, identifiable source, such as a smokestack or factory, while non-point source air pollutants come from multiple sources that are difficult to pinpoint, such as cars on a freeway or emissions from construction sites.

The difference between the two can influence their dispersion in the environment, as point sources typically emit a high concentration of pollutants in a specific location, while non-point sources can spread pollutants over a wider area.

In the case of Los Angeles, point sources have been effectively regulated by the South Coast Air Quality Management District, resulting in significant improvements in air quality. However, non-point sources continue to be a major contributor to air pollution, particularly from transportation and urban development, and addressing these sources remains a significant challenge for improving air quality in the region.

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