All of the following words mean the same thing as conservation except __________.
A.
wasting
B.
protecting
C.
saving
D.
rationing

Answer:

They orbit the sun

Explanation:

Edge 2020

Answer:they orbit the sun

Explanation:

Edge 2022

A Impermeable Rock is relatively impermeable; examples include shale, salt, and unfractured limestone. Impermeable rock must overlie a reservoir in order for a it to form.

An impermeable rock is a type of rock that cannot be permeated by fluids. Impermeable rocks are not easily penetrated by fluids such as water or oil, making them relatively impervious to leakage or seepage. Shale, salt, and unfractured limestone are examples of impermeable rocks. An overlying layer is a layer of rock that is on top of another layer of rock.

An overlying layer is always located above another layer of rock. It can be made of any type of rock, including sedimentary, metamorphic, or igneous rocks. The overlying layer is an essential component for the formation of a reservoir. A reservoir is a geological structure that contains fluids, usually oil or gas, within its porous rock layers.

To be productive, a reservoir requires an overlying layer of impermeable rock to prevent the fluids from leaking or escaping. Reservoirs are primarily used for the extraction of oil or natural gas. Reservoirs are essential to the petroleum industry, as they provide the source of fuel for many of our everyday needs. The overlying layer is needed to prevent the fluids from escaping or leaking, allowing the reservoir to maintain its full capacity. Therefore, an impermeable rock must overlie a reservoir in order for it to form.

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assuming that the chemical firm has the legal right to dump effluent into the lake, we can analyze the economic implications of this situation.

Given that each ton of chemical output causes a 20-pound reduction in the annual catch of the fishing firm, we can calculate the cost incurred by the fishing firm due to the pollution caused by the chemical producer.

Let's assume the fishing firm's annual catch without any pollution is C0. With the pollution caused by the chemical producer, the fishing firm's annual catch would be reduced by 20 pounds for each ton of chemical output. Let's denote the chemical output as Q (in tons).

The total reduction in the fishing firm's annual catch, denoted as ΔC, can be calculated as follows:

ΔC = 20 * Q

To determine the economic cost incurred by the fishing firm, we need to multiply the reduction in catch by the market price of fish. Given that the current competitive market price of fish is $3 per pound, the cost (C) incurred by the fishing firm due to pollution can be calculated as:

C = 3 * ΔC

C = 3 * (20 * Q)

C = 60Q

Therefore, the economic cost incurred by the fishing firm due to the pollution caused by the chemical producer is 60 times the quantity of chemical output (Q) in dollars.

It's important to note that this analysis assumes zero transaction costs and that the chemical firm has the legal right to dump effluent into the lake. However, it's worth considering the potential environmental and social externalities associated with such pollution, which may have broader impacts beyond the direct economic cost to the fishing firm.

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Answer:

the weather that comes before if fall so getting cold or chilly and after the cold it gets hot so summer

Explanation:

Tornado alley is a region in the United States that is infamous for the high frequency of tornadoes that occur every year. The states of Texas, Kansas, Oklahoma, and South Dakota are all part of this region.

The reason why tornadoes occur more frequently in this area is due to a variety of factors. One of the main reasons is the collision of maritime tropical air with continental polar air, which creates an ideal environment for the formation of supercell thunderstorms. Another contributing factor is the orographic subsidence that occurs east of the Rockies, which allows for air to rise and cool, leading to the formation of thunderstorms. Additionally, the strong coriolis force over the plains can also contribute to the formation of tornadoes.

Overall, it is a combination of these factors that create a unique environment in tornado alley, leading to the high frequency of tornadoes that occur in this region.

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By evaporating water from the oceans, lakes, rivers, and even the soil, solar energy powers the cycle. Through the process of transpiration, additional water is transferred from plants to the atmosphere.

Water droplets gradually acquire enough mass to fall back to Earth as precipitation as liquid water evaporates or transpires, forming clouds and water vapor. The precipitation eventually transforms into runoff or groundwater and makes its way back into the surface reservoirs across a variety of periods. The hydrosphere currently contains the same amount of water as it has always contained in the Earth system because the water cycle is essentially a closed system.

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Answer:

They are both in North America. They are both in the north and west hemisphere.

Explanation:

Volume of sphere is V = (4/3)πr3

Area of the sphere is A = 4πr2.

where r= radius of the sphere

The question is incomplete that is the answer provide is of the question how to find surface area from volume:

The formula for surface area of a sphere is given by SA= 4/3π(r^2) (let us assume this as step 1), while its volume (V) is equal to (4/3)π(r^3) where "r" is the radius of the sphere.

To calculate the surface area for a sphere with a volume of 4.5π cubic meters where π= 3.14 approximately.

Step 2: The radius of the sphere by substituting 4.5π ft^3 for V in the formula in Step 1 to get:

V=4.5π cubic feet.= (4/3)π(r^3)

Step 3: Multiply each side of the equation by 3 and the equation becomes: 13.5π cubic feet =4π(r^3)

Step 4 : Divide both sides of the equation by 4π. Solve for the radius of the sphere.

To get:

(13.5π cubic feet)/(4π) = (4π )(r^3)/ (4π),

which then becomes: 3.38 cubic feet= (r^3)

Step 5: After calculating the value of "r" is 1.50ft

Therefore, putting the value of r in step 1; we get

SA = 4π(1.50^2) = 4π(1.50X1.50) is equal to 9π square ft.

The question is incomplete that is the answer provide is of the question how to find surface area from volume.

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answer:

A massive star collapses.  When it collapses it either beats out the forces of gravity or caves in.  If it beats gravity, it becomes a neutron star.  If it "loses to gravity" it will become a black hole.  Hope this helped

The diagonals are not congruent.

The diagonals are perpendicular.

The diagonals do not bisect each other.

The most descriptive name for quadrilateral WXYZ is a kite.

a. To determine if the diagonals are congruent, we need to find the lengths of both diagonals using the distance formula.

Distance between W and Y:

d1 = √[(12 - 7)^2 + (2 - 12)^2] = √(25 + 100) = √125

Distance between X and Z:

d2 = √[(4 - 12)^2 + (8 - 12)^2] = √64 = 8

Since d1 ≠ d2, the diagonals are not congruent.

b. To determine if the diagonals are perpendicular, we need to find the slopes of both diagonals using the slope formula.

Slope of diagonal WY:

m1 = (2 - 12) / (12 - 7) = -2

Slope of diagonal XZ:

m2 = (8 - 12) / (4 - 12) = 1/2

The product of the slopes is:

m1 * m2 = (-2) * (1/2) = -1

Since the product of the slopes is -1, the diagonals are perpendicular.

c. To determine if the diagonals bisect each other, we need to find the midpoints of both diagonals using the midpoint formula.

Midpoint of diagonal WY:

[(7 + 12)/2, (12 + 2)/2] = [9.5, 7]

Midpoint of diagonal XZ:

[(12 + 4)/2, (12 + 8)/2] = [8, 10]

The midpoints do not coincide, so the diagonals do not bisect each other.

d. The most descriptive name for quadrilateral WXYZ is a kite because it has two pairs of adjacent congruent sides (WX and XY, and YZ and ZX) and one diagonal that is a perpendicular bisector of the other diagonal.

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Nearly all main border walls today use physical filtering.

Physical filtering refers to the use of physical barriers, such as walls, fences, or other structures, to restrict or control the movement of people across borders. These barriers are designed to physically prevent unauthorized crossings and provide a visible deterrent.

Border walls with physical filtering typically consist of solid or partially solid structures made of materials like concrete, steel, or fencing. They are constructed with the intention of creating a physical barrier that is difficult to breach or climb, thus controlling the flow of people and potentially enhancing border security.

It's important to note that while physical filtering is a common approach in border security, there are also other measures employed, such as surveillance technology, patrols, and legal frameworks, to support border control efforts. The specific methods and technologies used may vary depending on the country, region, and specific circumstances surrounding the border.

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Nearly all main border walls today use motion sensors and camera monitoring.

These are the technologies used to detect the movement of people and animals, monitor areas, and alert the security guards to any suspicious activity. Additionally, these borders also use various filtering technologies that can help identify people and objects that might pose a threat.The main goal of these filtering technologies is to enhance security and safety along the borders.

They also help to reduce the number of illegal activities such as smuggling, illegal immigration, and trafficking, among others. By implementing these filtering technologies, border patrols can prevent criminal activities and ensure the safety of people residing along the borders.

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The Appalachian region is an important source area for U.S. folk house types.

The Appalachian region, spanning from the southern portion of New York to northern Georgia, is known for its rich cultural heritage and diverse architectural styles. This region has played a significant role in shaping the development of folk house types in the United States. Folk houses are traditional homes built by local communities using locally available materials and construction techniques.

In the Appalachian region, several distinct folk house types have emerged over the centuries, influenced by factors such as geography, climate, and the cultural backgrounds of the settlers. One prominent example is the log cabin, a simple and sturdy dwelling constructed using logs stacked horizontally and notched at the corners. Log cabins were widely adopted by early settlers in the Appalachian Mountains due to the abundance of timber in the area.

Another folk house type commonly found in the Appalachian region is the dogtrot house. This style features a central breezeway, or "dogtrot," that separates two enclosed living spaces. This design allowed for better airflow, keeping the interior cool during hot summers. The dogtrot house was well-suited for the region's warm climate and was often built with materials like wood and stone.

The Appalachian region's unique cultural and environmental influences have resulted in various other folk house types, including the shotgun house, the saltbox house, and the cape cod house. Each of these house types reflects the historical, social, and economic characteristics of the region and showcases the resourcefulness and creativity of its inhabitants. In conclusion, the Appalachian region has served as a significant source area for U.S. folk house types. The architectural styles developed in this region have left a lasting impact on American housing traditions, and they continue to be cherished as cultural and historical landmarks.

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Answer:

I think it's true

Explanation:

BRAINLIEST?

Answer:

The goal of the Marshall plan is to prevent the spread of communism in Western Europe .

The plan had two major aims: to prevent the spread of communism in Western Europe and to stabilize the international order in a way favorable to the development of political democracy and free-market economies

Answer:

because there might be changes in the future which could make the estimates unreliable for example war or decline in economy

Explanation:

Fire used in the early development and expansion of agriculture-

Scaring away predators

Clearing land

Creation of fertilizer

Agriculture is the artwork and technological know-how of cultivating the soil, developing crops, and raising cattle. It consists of the education of plant and animal merchandise for humans to use and their distribution to markets.

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Answer:

Limited Skill labor

Explanation:

As the movement of country from subsistence to market oriented agriculture is provided it is expected that the country experience : Limited skilled labor

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Answer: The Earth behaves magnetically almost as if a bar magnet were located near its center. The axis of the fictitious bar magnet does not coincide with the Earth's rotational axis -- they are about 11.5o apart. Magnetic North lies in northern Canada, not at the North Pole.

The Earth behaves as if a bar magnet were located near its center, with the north pole of the bar magnet located near the south pole and the south pole of the bar magnet located near the north pole. This means that the end of the bar magnet that lies beneath Canada is the south pole of the bar magnet.

This is why compasses point north, as the north pole of a compass needle is attracted to the south pole of the Earth's magnetic field.

In summary, the end of the bar magnet that lies beneath Canada is the south pole of the bar magnet. This is because the Earth's magnetic field is oriented with the south pole near the geographic north pole and the north pole near the geographic south pole.

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Answer:

Explanation:

The cold air mass is moving to replace the warmer air mass. This happens because the warm air is lighter than the cold air. The clouds form at the cold front  because as the warm air rises, it cools and moisture in the air condenses.

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Clouds often form behind a moving cold front due to the specific weather conditions associated with this type of weather system.

When a cold front advances, it pushes against a warm air mass, forcing the warm air to rise rapidly. This rising motion creates an environment conducive to cloud formation.

These clouds often take the form of towering cumulonimbus clouds, associated with thunderstorms and heavy precipitation. The vertical motion behind a cold front can generate turbulent atmospheric conditions, contributing to the development of more pronounced cloud formations.

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Answer:

Soils are composed of organic matter (stuff that used to be alive, like plants and animals) and small inorganic matter. There are three basic soil types: sand, silt, and clay. Sand is comprised of tiny rock fragments and is the roughest in texture. Clay becomes sticky or greasy when wet, and very hard when dry.

What is soil?

The soil is defined as the upper layer of earth composed of a mixture of organic remains, clay, and rock materials on which plants grow. It is also regarded as one of the major natural resources. Soil supports plant life and growth.

There are three stages of soil:

• Solid soil

• Soil with air in the pores

• Soil with water in the pores

There are various types of soil that undergo diverse environmental pressures. Soil is mainly classified by its texture, proportions, and different forms of organic and mineral compositions.

Types of Soil:

Soil is classified into four types:

• Sandy soil.

• Silt Soil.

• Clay Soil.

• Loamy Soil.

Sandy Soil:

The first type of soil is sand. It consists of small particles of weathered rock. Sandy soils are one of the poorest types of soil for growing plants because it has very low nutrients and poor water holding capacity, which makes it hard for the plant’s roots to absorb water. This type of soil is very good for the drainage system. Sandy soil is usually formed by the breakdown or fragmentation of rocks like granite, limestone, and quartz.

Silty Soil:

Silt is known to have much smaller particles compared to sandy soil and is made up of rock and other mineral particles, which are smaller than sand and larger than clay. It is the smooth and fine quality of the soil that holds water better than sand.  Silt is easily transported by moving currents and it is mainly found near the river, lake, and other water bodies. The silt soil is more fertile compared to the other three types of soil. Therefore, it is also used in agricultural practices to improve soil fertility.

Clay Soil:

Clay is the smallest particle amongst the other two types of soil. The particles in this soil are tightly packed together with each other with very little or no airspace. This soil has very good water storage qualities and makes it hard for moisture and air to penetrate into it. It is very sticky to the touch when wet, but smooth when dried.  Clay is the densest and heaviest type of soil that does not drain well or provide space for plant roots to flourish.

Loamy Soil:

Loam is the fourth type of soil. It is a combination of sand, silt, and clay such that the beneficial properties from each are included. For instance, it has the ability to retain moisture and nutrients; hence, it is more suitable for farming. This soil is also referred to as agricultural soil as it includes an equilibrium of all three types of soil materials being sandy, clay, and silt and it also happens to have humus.  Apart from these, it also has higher calcium and pH levels because of its inorganic origins.

Overview of Soil:

The ground on which we walk is never quite the same; it keeps on changing. Sometimes, it is made up of millions of tiny sand granules, and other times; it is a hard, rocky surface. Other places have the ground covered with moss and grass. When humans came along, the landscape slowly changed with the introduction of roads and rails.

1. The classifications of soil.

Soil can be classified into three primary types based on its texture – sand, silt, and clay. However, the percentage of these can vary, resulting in more compound types of soil such as loamy sand, sandy clay, silty clay, etc.

2. The characteristics of sandy soil.

Sandy soil essentially consists of small particles formed by weathering rocks. It is also very low in nutrients and poor in holding water, which makes it one of the poorest types of soil for agriculture.

3. The significant features of silty soil.

Silt has smaller particles compared to sand. It is also made up of rock and other mineral particles. Furthermore, its fine quality holds water better than sand. Due to the above-mentioned features, it is also beneficial for agriculture.

4. The characteristic of clay soil.

Clay contains the smallest particles amongst the other two types of soil. Particles are so densely packed that there is very little or no airspace. Consequently, this property effectively retains water. However, it also becomes hard for moisture and air to penetrate into it, thereby impeding the growth of plants.

Answer:

Because the people on the island have inhabited other traits to survive where they are at. Their trait change due to where their habitat is. So they have different cultures to fit what their surroundings are.

Explanation:

Answer:

Command Economy

Explanation:

Did test

The metamorphic index minerals are in indicator of the grade of the metamorphism.

When the index mineral is found in the metamorphosed rock, it will indicates the minimum pressure and the temperature. The higher will be the pressure and the temperature in which the rock is formed, the higher will be the grade of the rock . The Index minerals in the metamorphic rocks that will indicate the how much the original rock is metamorphosed, and it is called as the grade of the metamorphism.

The Metamorphic petrology is the important for the understanding the processes that will take place within the Earth's interior. Thus, the grade of the metamorphism will depends on the metamorphic index.

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An example of quantitative data is: "North America is moving across Earth's surface several centimeters per year."

The answer is an example of quantitative data because it is measuring the amount of movement across Earth's surface in centimeters.

This type of data is numerical and can be used to compare and contrast different values. Quantitative data allows us to draw conclusions and make decisions based on measurable facts and figures. It is a powerful tool for understanding and analyzing phenomena in the natural world.

Quantitative data is numerical and allows us to measure and compare values to draw conclusions and make decisions. It is a powerful tool for understanding natural phenomena.

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The K–12 system aspires to raise pupils' math, science, and linguistic aptitude so they may compete more effectively on the international labor market. The Department of Education says that the new curriculum will provide students with a higher quality education through the strands.

How will the K–12 Program benefit students hoping to continue their studies in college? The College Readiness Standards of CHED, which establish the skills and competencies expected of K–12 graduates who intend to pursue higher education, are in line with the K–12 Basic Education Curriculum. Over the course of their working lives, typical college graduates earn about 73% more than typical high school graduates, and those with advanced degrees earn two to three times as much as high school graduates. People with higher levels of education are less likely to be jobless and to be in poverty.

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Answer:

7.7 per 1,000 According to world trade center

Explanation:

Answer:

United Nations Conference on Environment and Development (UNCED), byname Earth Summit, conference held at Rio de Janeiro, Brazil (June 3–14, 1992), to reconcile worldwide economic development with protection of the environment.

Explanation:

Answer:

Earth Summit, conference held at Rio de Janeiro, Brazil (June 3–14, 1992),

and it's objective was to reconcile worldwide economic development with protection of the environment.

Air moves in the atmosphere from high pressure to low pressure. Air pressure is the force exerted by air molecules on the surface below. The movement of air in the atmosphere is due to the pressure differences caused by temperature differences in the atmosphere and the rotation of the earth.

Air moves in response to differences in pressure, which are caused by differences in temperature. When air warms up, it expands, becomes less dense and rises, causing an area of low pressure. On the other hand, when air cools, it contracts, becomes more dense and sinks, creating an area of high pressure.

The movement of air from high to low pressure is what causes wind to blow. The greater the difference in pressure, the faster the wind will blow. Winds move from areas of high pressure to areas of low pressure.

When air is heated at the equator, it expands and rises, causing an area of low pressure. This warm air rises and moves towards the poles, creating a circulation pattern in the atmosphere known as the Hadley cell.

As this air cools, it sinks back down towards the surface at around 30 degrees latitude, creating an area of high pressure known as the subtropical high.

From here, the air flows back towards the equator, completing the circulation cell. This movement of air is responsible for the trade winds that blow from east to west across the tropical regions of the world.

In conclusion, the movement of air in the atmosphere is caused by differences in pressure, which are caused by differences in temperature. Air moves from areas of high pressure to areas of low pressure, and the circulation of air around the world is driven by temperature differences between the equator and the poles.

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