briefly explain the possiblism and determinism school of thought in geography in human environmental relationship ​

Answer:

The scale of a map is the ratio of a distance on the map to the corresponding distance on the ground. This simple concept is complicated by the curvature of the Earth's surface, which forces scale to vary across a map. Because of this variation, the concept of scale becomes meaningful in two distinct ways.

Explanation:

A convergent plate boundary is created when two tectonic plates clash. Subduction is the process of one of the convergent plates moving beneath the other.

According to the idea of plate tectonics, Earth's crust is made up of enormous solid rock slabs called "plates" that move over the mantle, the rocky inner layer above the planet's core. The crust and uppermost mantle make up the lithosphere, the solid outer layer of the planet.

The asthenosphere is a layer of rock that is semi-molten that rests and slides onto Earth's hard surface, known as the lithosphere. Due to variations in the rock's density and subsurface heating from one place to the next, the skin has been split into numerous separate plates.

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Bolivia and Mexico helped sustain the Spanish Empire for two centuries with the help of gold mines. Thus the correct answer is B.

For the purpose of obtaining a resource, such as coal, diamonds, or gold, deep underground tunnels and openings are constructed in a mine.

Gold mines are very useful for the sustenance of Bolivia and Mexico in the Spanish empire for two centuries.

Therefore, option B gold is the appropriate answer.

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Answer:

dfdrttrgtrgthty

Explanation:

Answer:

d.To prevent radicalization and promotion of terrorist groups

Explanation:

A baseline is the line that connects the upward and downward tracings on a cardio-sphygmograph trace taken during a polygraph examination. This little line is drawn by the pen as a starting point before the downward tracing actually starts.

Due to the mechanical construction of the polygraph instrument, the pen creates the baseline connecting the upward and downward tracings. The diastolic phase of the heartbeat is represented by the downward trace, while the systolic phase is represented by the upward trace. The baseline is created to provide a constant point of comparison and to ensure proper interpretation of any later tracing alterations.

The polygraph test measures different physiological responses, including changes in sweat gland activity, in order to infer a person's emotional and psychological reactions during questioning. It is important to understand the relationship between a subject's mental state and sweat gland activity. Changes in the sympathetic branch of the autonomic nervous system, specifically, are frequently linked to sweat gland activity.

The sympathetic nervous system is triggered by emotional arousal or stress, which increases the activity of the sweat glands.

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Answer: EEZs are formal regions

Explanation: An exclusive economic zone (EEZ) is an area which is beyond, and is adjacent to, a given country's territorial seas, and extends no more than 200 nautical miles (370 kilometers) out from a country's own coastlines. It can be seen that if the area for EEZ is overlapped and it is still less than 400 nautical miles, then it falls upon the respective s..

The statement which best describes all possible values of m is –12 < m < 4. Option (B) is correct.

Value is the appraised, monetary, or material value of an item, service, or asset.

A static variable is a procedure-level variable that keeps its value long after the procedure in which it was defined finishes and is kept in memory. As a result, the variable declared using Dim loses value as soon as the process is finished, but the variable declared using Static keeps its value.

Therefore, Option (B) is correct.

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Answer:

there are 180⁰ of latitude and the distance between each one is about 69 miles (110km)

Answer:

valaraiso

Explanation:

she is up the southern coast

Following military cutbacks, California's industries found survivability by diversifying.

When military cutbacks occur, they can have a significant impact on local economies, especially in areas heavily reliant on defense spending. In the case of California, which has a substantial military presence, the state's industries had to adapt to the changing circumstances in order to maintain economic stability and growth.

One key strategy that California's industries employed was diversification. Diversification involves expanding into new industries or markets, reducing dependence on a single sector or customer. By diversifying, businesses and industries in California were able to mitigate the negative effects of military cutbacks and find new sources of revenue and growth.

California has a diverse economy with strengths in sectors such as technology, entertainment, agriculture, tourism, and renewable energy. During the period of military cutbacks, many businesses in California took advantage of their existing resources, expertise, and infrastructure to explore new opportunities in these sectors.

For example, defense contractors and manufacturers transitioned their capabilities to serve industries such as aerospace, renewable energy technologies, or telecommunications. Additionally, the entrepreneurial spirit and innovative culture of California played a crucial role in driving diversification.

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The stage in which warm air is forced off the ground and intensifies precipitation is known as the "open stage" in the life cycle of a midlatitude cyclone.

During this stage, the low-pressure system is fully developed, and warm air from the south is lifted over the cold air to the north. This lifting process causes the air to cool, and as the air cools, it cannot hold as much moisture, leading to the formation of clouds and precipitation. The open stage is characterized by widespread precipitation and strong winds, and it marks the peak of the cyclone's intensity.

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The correct answer is D. Irrigation efforts have transformed dry land into farmland.

Explanation

As the map shows the northern area of ​​Mexico is arid and semi-arid; however, this is not an obstacle to cultivate in this area because water irrigation processes are an alternative to make these areas more fertile. The irrigation process uses the water of natural origin, for example from rivers or underground reservoirs to make the soil more humid, allowing the planting of different species of plants. In addition, these waters have a high content of minerals that contribute to the fertile of the soils. Due to this, in the northern areas of Mexico, many people began to implement this process and were able to use it to plant areas that at first glance did not serve this purpose. So the correct answer is D. Irrigation efforts have transformed dry land into farmland.

Answer:

High-income households are more likely to have computers or Internet access. Among family households with incomes of $75,000 or more during the 12 months prior to the survey, 88 percent had at least one comput- er, and 79 percent had at least one household member who used the Internet at home in 2000.

Answer:

Your answer would be Muslims:B Magyars:C and Vikings: A

Explanation:

I just did it on edg 21

Answer:

Match the invader with the area from which they came.

Muslims

✔ B

Magyars

✔ C

Vikings

✔ A

Explanation:

Trust me on this, also can I have brainiest please?

Hope you do well! :D

I also did it and got it correct. Enjoy!

Answer:

We proceed to demonstrate the identity given on statement by algebraic and trigonometric means:

1) \(\frac{\sin A}{1 + \cos A} + \frac{\cos A}{\sin A}\) Given

2) \(\frac{\sin^{2}A+\cos A\cdot (1+\cos A)}{\sin A\cdot (1 + \cos A)}\)  \(\frac{a}{b} + \frac{c}{d} = \frac{a\cdot d + b\cdot c}{b\cdot d}\)/Definition of power

3) \(\frac{\sin^{2}A+\cos^{2}A + \cos A}{\sin A\cdot (1 + \cos A)}\) Distributive property/Definition of power

4) \(\frac{1+\cos A}{\sin A\cdot (1+\cos A)}\) Associative property/\(\sin^{2}A + \cos^{2}A = 1\)

5) \(\frac{1}{\sin A}\) Existence of multiplicative inverse/Modulative property

6) \(\csc A\)     \(\frac{1}{\sin A} = \csc A\)/Result

Explanation:

We proceed to demonstrate the identity given on statement by algebraic and trigonometric means:

1) \(\frac{\sin A}{1 + \cos A} + \frac{\cos A}{\sin A}\) Given

2) \(\frac{\sin^{2}A+\cos A\cdot (1+\cos A)}{\sin A\cdot (1 + \cos A)}\)  \(\frac{a}{b} + \frac{c}{d} = \frac{a\cdot d + b\cdot c}{b\cdot d}\)/Definition of power

3) \(\frac{\sin^{2}A+\cos^{2}A + \cos A}{\sin A\cdot (1 + \cos A)}\) Distributive property/Definition of power

4) \(\frac{1+\cos A}{\sin A\cdot (1+\cos A)}\) Associative property/\(\sin^{2}A + \cos^{2}A = 1\)

5) \(\frac{1}{\sin A}\) Existence of multiplicative inverse/Modulative property

6) \(\csc A\)     \(\frac{1}{\sin A} = \csc A\)/Result

Answer:

a.

increased sewage system failures

Answer:

Explanation:

La Revolución Industrial provocó el surgimiento de las fábricas y la aparición de la empresa industrial, lo que causó los siguientes cambios en la época: Surgimiento de fábricas y empresas industriales.

Explanation:

The Statue Of Unity

Located In India

In Gujarat

With the aid of diagram (source given below) that is attached, the formation of spring are:

(i) As a result of permeable and impermeable rock strata

(ii) Spring formed as a result of a d/y/ke or s/il/l intrusion:

(i) In terms of permeable and impermeable rock strata:

(ii) In terms of Spring formed as a result of a dy//ke or sill intrusion:

Image sources:  https://www.waeconline.org.ng/e-learning/Geography/geo327aq8.html

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Springs follow Hooke's Law - they exert a restoring force against deformation and convert kinetic energy to potential energy and vice versa in this process. This ability allows them to return to their equilibrium state after being deformed.

A spring is formed by a specific atomic structure that restores its shape when deformed, this being a phenomenon driven by Hooke's Law. When you apply force to a spring, to stretch or compress it, you change its structure and its internal energy. This internal energy is often described as potential energy, while the energy involved in the spring's movement is the kinetic energy.

When you stretch or compress a spring, it exerts a restoring force that works to bring it back to its equilibrium state, and this process involves the conversion of kinetic energy to potential energy and vice versa. In relation to the spring's displacement from its equilibrium state, a term often used in physics, the force exerted by the spring can be calculated using Hooke's law, Fx = −kx.

Also, the spring's potential energy can be calculated using the formula U = kx². This conservation of energy principle allows the energy system involving the spring to remain constant even as the spring oscillates back and forth. The whole process is integrally relevant to understanding how springs work and how energy is conserved in a system involving springs.

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Answer: The dutch migrating to the Americas

Explanation:

I took the tes

Answer:

the dutch migrating to the americas

Explanation:

Answer:

Below

Explanation:

D, the universe began 13.8 billion years ago (I assume this test may be a little outdated since the updated version is 13.8 billion years ago, but D is the closest to the answer, so I would go with D).

Hope this helps!! :)

Answer:      Below is an overview of some elemental information related to limnology and lake management that are important to know in understanding lakes and the big picture of lake management. For more detailed information please visit the NALMS Bookstore, which has numerous publications on general limnology and lake-related topics.

Basin Types

Events that occurred on or beneath the Earth’s surface thousands of years ago formed many of our lakes. As a result, lakes are usually concentrated into areas that have a large number of waterbodies. Most lakes can be found in the Northern Hemisphere, where large areas were covered by huge ice formations. On a scale of human life spans, lakes seem to be permanent features of our landscape, but they are really only geologically temporary. They are created, mature (fill-in) and eventually disappear.

The origins of the lake basins and their characteristics ultimately reflect the physical, chemical and biological events taking place within the area surrounding them. These events play an important role in how the lake responds to surrounding activities.

Glacial Lakes: By far the most important agents in the formation of lakes are the catastrophic effects of glacial ice movements that occurred 10,000 to 12,000 years ago. Gigantic sheets of ice and snow are created in climates where snow falls but does not melt. The glaciers covered an area from the Atlantic Ocean to the Rocky Mountains in ice that was more than a mile high. Although these glaciers did eventually melt, ten percent of the earth is presently covered with glaciers. Some of these glaciers can still be seen in the mountainous areas of the United States and Canada.

As a glacier moves back and forth across the land, scraping off the tops of hills and bluffs and taking rocks with it, lakes are formed. The material picked up by the glacier is later dropped off at other sites. This back and forth and stop and go movement of the glaciers permanently alters the landscape. This movement creates several important landforms. When the glacier stops, it leaves behind piles of rocks and materials that it carried over time, called moraines. These dam up rivers and smaller streams to form lakes. Sometimes, huge blocks of ice are broken off and covered by sand and gravel. When the ice melts, the sand and gravel cave in, leaving a large hole behind. These kettles may form large marshes or lakes. As the large mass of ice melts, rivers form beneath the glaciers.

Solution Lakes: Lakes can form when underground deposits of soluble rocks are dissolved by water running through the area, making a depression in the ground. Rock formations made of sodium chloride (salt), or calcium carbonate (limestone), are most likely to be dissolved by acidic waters. Once the groundwater has dissolved the rocks below the surface, the top of the land caves in, usually forming a round-shaped lake, called a solution lake. Typically, the depressions are deep enough to extend below the groundwater table and are permanently filled with water. Solution lakes are common in Michigan, Indiana, Kentucky and particularly in Florida.

Oxbow Lakes: The flow of water from rivers has a great deal of energy and erosive strength that may create lake basins. As a river winds over the earth’s surface, a greater amount of erosion occurs on the outer river bend, where the flow of water is the fastest. Materials carried by the river are deposited on the inner portion of the bend, where currents are reduced. As time passes, erosion continues and more materials are left off until the U-shaped meander of the river closes in. The main course of the river cuts a new channel to the inner end of the meander. Oxbow lakes are usually shaped like the letter C.

Man-made or Animal-made Lakes: Many small lakes in North America have been formed by the activities of the American beaver. Sticks, aquatic plants and mud are used to build dams across small streams to form an impoundment of the water. These ponds are usually very shallow and are rich in nutrients and plant life. Humans have constructed artificial lakes (reservoirs) to supply drinking water to the public, to provide power, to aid in navigation, to provide flood control and for recreational purposes. These reservoirs are usually well engineered by humans to hold back a certain quantity of water with the use of dams.

Volcanic Lakes: Sometimes, disastrous events associated with volcanic activity form lake basins. The formation of volcanic lakes can occur in different ways. As volcanic material, including magma, is discharged out of the volcano, empty depressions or cavities are formed within the volcano. Some of these depressions cannot drain and become sealed holes on top of the volcano. Rainfall and runoff eventually fill the depression with water and a new

Explanation:

Certainly, I can provide you with information on the two types of cyclones that impact South Africa.

Tropical cyclones are low-pressure systems that develop over warm ocean waters. They are also known as hurricanes or typhoons, depending on the region where they form. In South Africa, tropical cyclones typically occur between November and April, which is during the Southern Hemisphere's summer months.

These cyclones can cause devastating damage to coastal regions, with strong winds and heavy rainfall leading to flooding, landslides, and mudslides. They can also result in extensive damage to infrastructure, including buildings, roads, and bridges.

One of the most notable tropical cyclones to impact South Africa was Cyclone Idai in March 2019, which caused severe flooding and landslides in Mozambique, Malawi, and Zimbabwe, and also affected parts of South Africa.

Mid-latitude cyclones, also known as extratropical cyclones, are low-pressure systems that develop outside of the tropics. They typically occur in the winter months in South Africa, between May and September, when the country experiences its rainy season.

These cyclones are characterized by a cold front that moves into the region, often bringing heavy rain, thunderstorms, and strong winds. They can also lead to flooding and landslides, particularly in areas with poor drainage.

While mid-latitude cyclones are generally less severe than tropical cyclones, they can still cause significant damage to infrastructure and agriculture, especially in vulnerable areas.

In conclusion, South Africa experiences both tropical cyclones and mid-latitude cyclones every year, with the former occurring in the summer months and the latter in the winter months. Both types of cyclones can result in severe damage to coastal regions and inland areas, highlighting the need for effective disaster preparedness and response measures.

South Africa experiences two types of cyclones - tropical cyclones and mid-latitude cyclones.

Tropical Cyclones:
Tropical cyclones are the more well-known type of cyclone, often referred to as hurricanes or typhoons in other parts of the world. In South Africa, tropical cyclones form in the Indian Ocean to the east of Madagascar and typically occur between November and April. These cyclones usually develop from tropical disturbances, with warm ocean temperatures fueling their intensification.

Mid-latitude Cyclones:
Mid-latitude cyclones are also known as extratropical cyclones and occur in the mid-latitudes (hence the name) of the southern hemisphere. These cyclones are formed by a combination of factors, including temperature contrasts between air masses, and the rotation of the Earth. They typically occur between April and September, with the peak season being in the winter months.

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The complete question is:
South Africa experience two phenomenal cyclones every year you are required to research the two types of cyclones that impact South Africa, the tropical cyclone and mid latitude cyclone. Explain.

Answer:

the Coriolis force causes the spinning motion of the air masses, while latent heat helps to fuel the development and intensification of the storm. Together, these two factors play a crucial role in the formation and strength of a tropical cyclone like Hurricane Freddy.

Answer:

D.

Explanation: