In one sentence, explain the Soviet Union's greatest legacy on Russia and Central Asia.

Answer:

Answer: We use geography when we use a GPS, or google maps. It is also is use when predicting the weather and climate.

Explanation:

Map projections can vary on distance, scale, and shape the accuracy and strength and weaknesses depends on the distortion.

Map projection is the term used in cartography to describe a broad set of transformations used to represent the two-dimensional curved surface of a globe on a plane. Coordinates from the surface of the globe are transformed to coordinates on a plane in a map projection, which is often expressed as latitude and longitude.

Some distortions are acceptable depending on the purpose of the map, while others are not. There are various map projections available to preserve some properties of the sphere-like body at the expense of others. The primary goal of studying map projections is to characterise their distortions. There is no limit to the number of map projections that can be created.

Therefore, map projection is a necessary step in creating a two-dimensional map and is one of the essential elements of cartography.

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Answer:

SCARP FORCE

Explanation:

The surface of this steep slope or cliff is known as the scarp face .

I HOPE I HELPED

Answer:

scarp face

these is the steep slope after formation of an escarpment

Explanation:

hope this helps

Answer:

A. building power plants using sources of renewable energy such as wind or solar power

Explanation:

The resources on the planet are limited. With the growing population, technology, and development, people are using the resources more than ever before in history. Some of them can be recycled, but some are running out slowly.

Sustainable development tried to make the use of resources more rational, focusing on other sources of goods, and leaving more for future generations.

That is why using renewable energy would be a good way to add up to sustainable development.

Solar power and wind are not limited as oil and coal are, and as such make better sources of energy that can be made into electricity. We are not spending and overspending reserves we have but are instead using more natural ones that are renewable and won’t run out soon. Because of it, for future generations, it would be better if we turned to those sources of power instead of using up all the natural goods which are running out.

Examples of economic interdependence include A company purchases parts for its goods from another business.

What is a good illustration of economic dependence?

Examples of Economic Interdependence

Because of this, each sector is dependent on other industries to produce its components. For instance, the manufacturing of many of the components used in automobiles is dependent upon the steel and computer industries. Wal-Mart, the biggest chain retailer in the world, is another illustration.

The primary elements of economic interdependence include countries' reliance on other nations for the production of specific goods as well as businesses' reliance on external suppliers for their goods and services

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Answer:

A. is a by-product from the decay of Earth's radioactive isotopes.

Explanation:

If all convection currents on Earth stopped that would be a natural disaster. The amount of heat which the sun radiates at us sets the temperature of the Earth's surface. So if convection completely stopped the high and low temperatures would force people and animals to move away from the poles and equator.

Answer:

A. Established seats in the House of Representatives for Maori politicians.

When a rock is subjected to tectonic forces and experiences stress that is not the same in all directions, it is under the differential stress.

Differential stress is one of the stresses that exist in tectonic forces.

Tectonic and orogenic forces that make up the geological structure are in the form of stressstress.

Based on the uniformity of strength, stress can be divided into 2, namely:

A. Uniform stress (Confining Stress)

That is the stress that presses or pulls with the same force from or in all directions

B. Differential Stress

That is the stress that presses or pulls from or to one direction only and can also be from or in all directions, but one direction of the strength is more dominant.

From the aspect of the direction of work, there are 3 kinds of differential stress, namely:

1. Compressional stress

2. Tensional stress

3. Shear stress

How to identify geological structures

The introduction of geological structures can be done indirectly through the following ways:

a.  Geological mapping by measuring strike and dip.

b.  Topographic map interpretation, namely from the appearance of river tracing symptoms, morphological and contour line searches and contour line patterns.

c.  Aerial photo.

d.  Drilling.

e.  Geophysics, which is based on the properties possessed by rocks, namely by the method:

•Graffiti,

Geoelectric,

•Seismic, and

•Magnetic

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Answer:

Toxic people hate boundaries as they cant control people

Explanation:

Answer:

Promoting immigration is an attempt for stimulating economic growth and lessen the effect of rising medical and retirement costs.

Explanation:

A is not correct because there hasn't been such a case in any country where there has been the promotion of emigration of the elderly.

B is not correct because such a measure will result in social instability and increased poverty.

C is correct because through immigration, usually inviting people in their 20's and 30's, the labor force increases, so the economy can continue to function and the effects of the aging population to be minimized.

D is not correct because that is exactly the measure that has contributed to the problem of the aging population in the first place.

The older household item used in the video to demonstrate the Coriolis effect is a spinning record player. In the video, a spinning record player is used as an older household item to illustrate the Coriolis effect. The Coriolis effect is a phenomenon that results from the rotation of the Earth and causes moving objects, such as air or water currents, to be deflected in a curved path.

By placing an object, such as a ball, on a spinning record player, the rotation of the turntable simulates the rotation of the Earth. As the ball moves on the spinning surface, its trajectory appears to curve due to the Coriolis effect. This demonstration helps to visually explain the concept of how the Coriolis effect influences the movement of objects on the rotating Earth.

Using a familiar household item like a record player as a demonstration tool makes it easier for viewers to understand and relate to the concept of the Coriolis effect. It provides a tangible and relatable example that helps to illustrate the underlying physics at work in a simple and engaging manner.

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The largest discordant body of intrusive, igneous rock is referred to as batholith.

Option B is correct

Batholith is a mass of intrusive igneous rock that is more massive than a stock, larger than a laccolith, and deep-seated and that consists of a heterogeneous assemblage of plutonic rocks, frequently containing alkali feldspar and mafic minerals, and having the property of occurring in continuous masses typically with no discernible margins or contacts.

Batholiths are distinguished by the presence of many rock types, such as diorite, granite, and quartz monzonite. These rocks are frequently linked with regional metamorphism of adjacent rocks and mineral deposits that are associated with the batholith. The Sierra Nevada batholith in California, for example, is one of the world's most significant sources of tin, tungsten, and gold.

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Answer:

which country find to map??

According to a longitudinal study, only one-third of adolescents followed from 6th to 10th grade showed consistent improvement in academic performance.

suggests that according to a longitudinal study tracking adolescents from 6th to 10th grade, only one-third of the participants demonstrated consistent improvement in their academic performance over that period. The missing term in the sentence could be "consistent improvement" or a similar phrase indicating a positive trend in academic performance. This implies that the majority of the adolescents either showed inconsistent or declining academic performance during the studied years.

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Plant eyes are growth points that have the capacity to develop into both vegetative (leaves, stalks, and roots) and generative (flowers and fruits) plant parts.

The first place leaves show up on a stem is called a node. The area between two adjacent nodes is known as a "internode." The internodes of the terminal bud are incredibly short, allowing the developing leaves to climb above and protect the apical meristem that gave rise to them.

Most primary growth happens in the apices, or tips, of stems and roots. Primary growth is produced by rapidly dividing cells found in the shoot tip and root tip apical meristems. Following cell elongation promotes primary growth as well.

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The heat transfer that is occurring as the lower mantle is heated by the outer core is known as convection. The Earth's core, which is made up of the inner core and outer core, is the source of heat that drives the convection in the lower mantle. The outer core of the Earth is made up of liquid iron and nickel that has an average temperature of about 4000 degrees Celsius.

This immense heat is transferred to the overlying layer, which is the lower mantle, through the process of convection. Convection is the movement of fluids, such as gases and liquids, due to differences in temperature and density. In this process, the warmer, less dense material rises while the cooler, denser material sinks. This motion of the fluid creates a cycle of convection, which continues as long as the heat source is present.

As the lower mantle is heated by the outer core, it becomes less dense and rises towards the surface, while the cooler, denser material sinks back towards the core. This circulation of material in the lower mantle is responsible for many geological phenomena, such as plate tectonics, volcanoes, and earthquakes. In conclusion, the heat transfer that is occurring as the lower mantle is heated by the outer core is due to the process of convection.

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The Magnolia x soulangeana tree would not be a good choice for an urban environment because it is vulnerable to several environmental stresses that are common in urban areas, such as air pollution, drought, and soil compaction.

The Ulmus sp., Quercus palustris, Gleditsia triacanthos, and Cornus florida trees, on the other hand, are more suited for urban settings. They are renowned for their resistance to a variety of environmental stresses and their tolerance to air pollution.

Additionally, these trees have deeper roots, which aid in their ability to anchor to the ground and stop pavement lifting.

In general, while choosing a tree for an urban environment, it's vital to take into account both its possible impact on infrastructure and edestrian safety, as well as its ability to handle frequent urban pressures.

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Answer: It allowed for better transportation of goods and resources

Explanation:

The value of the remaining inventory will be based on an estimated average cost.

1. calculation of the value of the rock salt in the remaining inventory at march 31, 2022:

fifo (first-in-first-out):- the remaining inventory consists of the most recently purchased rock salt.

- remaining inventory: 40,000 tons (purchased in february 2022) + 20,000 tons (from the neighboring city exchange) = 60,000 tons- value of remaining inventory: 60,000 tons * $505/ton = $30,300,000

weighted average:

- calculate the weighted average cost per ton based on the total purchases and their respective costs.- total purchased quantity: 68,000 tons (summer and fall 2021) + 40,000 tons (february 2022) = 108,000 tons

- total cost of purchases: (68,000 tons * $300/ton) + (40,000 tons * $505/ton) = $20,400,000 + $20,200,000 = $40,600,000- weighted average cost per ton: $40,600,000 / 108,000 tons ≈ $376.30/ton

- value of remaining inventory: 60,000 tons * $376.30/ton = $22,578,000

periodic:- no specific cost information is available for the remaining inventory. - the value of remaining inventory will depend on the estimated average cost per ton determined by the company.

2. recommendation for inventory valuation method:based on the given information, i would recommend using the weighted average method for inventory valuation. this method takes into account both the quantity and cost of the purchases, providing a more accurate representation of the average value of the remaining inventory.

using fifo would overstate the value of the remaining inventory as it assumes that the most recent purchases are used first, which is not the case according to the given transactions.

the periodic method would require estimating an average cost for the remaining inventory, which may not be accurate or representative of the actual cost.

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These plants must be able to tolerate the wind blown in from the sea as well as strong currents.

This is the directional movement of water that is from the sea or other water bodies. The reason for the currents are wind, density and gravity.

When these forces act on the water, the effect is felt on the plants that are on the sea side.

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Answer:it made assembly of goods faster and less labor intensive, changing the manufacturing business forever.

Explanation:

Answer:

Continental drift was a theory that explained how continents shift position on Earth's surface. Set forth in 1912 by Alfred Wegener, a geophysicist and meteorologist, continental drift also explained why look-alike animal and plant fossils, and similar rock formations, are found on different continents.

Plate tectonics is the theory that Earth's land masses are in constant motion. The realization that Earth's land masses move was first proposed by Alfred Wegener, which he called continental drift.

Answer:

Bookkeeper

Explanation:

I think...

If I'm wrong tell me and I'll edit / try again

Answer:

bookkeeper. bookkeeping. sweettooth its either one of those right?

Explanation:

a. Three characteristics of a young river are a V-shaped valley, high gradient, and few meanders.

b.Three characteristics of an old river are a wide floodplain, meandering course, and lower gradient.

A young river is in the early stages of its development and is characterized by certain features. Firstly, it has a V-shaped valley, which indicates that the river is actively eroding the surrounding landscape. The steep sides of the valley are a result of the river's erosive power. Secondly, young rivers tend to have a high gradient, meaning they have a steep slope and flow rapidly downhill. This high gradient enables the river to transport sediment and erode the land more efficiently. Lastly, young rivers typically have few or no meanders. Meanders are formed as the river matures and develops a more sinuous course. In the early stages, the river has not had sufficient time to create pronounced bends or meanders in its path.

b. An old river has undergone significant changes over time and exhibits distinct characteristics. Firstly, it has a wide floodplain, which is a flat and low-lying area adjacent to the river channel. This wide floodplain is formed as the river deposits sediment over many years, creating a broad and flat area prone to flooding. Secondly, an old river often has a meandering course with pronounced bends and loops. The river's lateral erosion and deposition of sediment on the inside of the bends lead to the formation of meanders. Finally, compared to young rivers, old rivers have a lower gradient. The lower gradient means that the slope of the river has decreased over time, resulting in slower water flow. The lower gradient allows for greater sediment deposition and the formation of a more developed river system.

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Answer: Arrangement of atoms

Explanation:

A mineral’s crystal shape and cleavage are a direct result of the mineral’s Arrangement of atoms.

A containing organic solid substance or complex with a recognizable carbon content, degree of crystallinity, and components is known as a mineral.

A mineral or minerals species is, generally, a solid physical combination that grows naturally in pure and has a very well-defined chemical makeup together with a particular degree of crystallinity. This was treated as the way the people change the mineral composition.

Atomic planes with weaker atomic bonds than those along several planes are frequently found in crystals. If a hard item is used to strike the mineral in this situation, it will typically break along these planes. The term "separation" refers to this ability to break in particular planes.

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If you dig just a few inches deeper into the sand, you will usually feel a change in the texture and compaction of the sand.

As you dig, you may notice a change from loose, dry sand on the surface to denser, wet sand underneath. Sand closer to the surface is more exposed to air and sunlight and can become drier and looser. At greater depths, the sand becomes denser and can contain more water.

The weight of the sand on top puts pressure on the layer below, further compressing it. The deeper you dig, the more tightly the sand grains are pressed, reducing the pore space between them. This increased compression makes the sand feel denser and more resistant to drilling.

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The correct question is :

Now, dig down in the sand just a few inches. What do you feel now, and why?

Answer: Location

Explanation: We group them together because they are considered a continent of small countries.

Glycolysis is believed to be the first energy production mechanism on Earth due to its universal presence in all living organisms and its ability to function in anaerobic conditions. Its simplicity and efficiency made it a crucial energy source for early life forms.

Glycolysis is believed to be the first energy production mechanism on Earth based on two key arguments. First, glycolysis is a universal metabolic pathway found in all living organisms, including both prokaryotes and eukaryotes. This suggests that glycolysis has ancient origins and has been conserved throughout evolution, indicating its fundamental role in early life forms. Second, glycolysis is a relatively simple metabolic pathway that does not require oxygen and can occur in anaerobic conditions, making it suitable for the early Earth when oxygen levels were low or absent.

Glycolysis is a series of biochemical reactions that occur in the cytoplasm of cells, breaking down glucose into pyruvate and producing a small amount of ATP. It is an anaerobic process, meaning it does not rely on oxygen for its functioning. This is crucial because the early Earth's atmosphere was predominantly composed of gases such as methane, ammonia, and carbon dioxide, lacking significant amounts of oxygen. Therefore, glycolysis would have been advantageous as an energy production mechanism for early life forms, providing them with a means to generate ATP in an oxygen-depleted environment.

Furthermore, the simplicity of glycolysis supports its role as an ancient energy production mechanism. It involves only a few enzymatic steps and can operate under basic conditions, making it accessible to early life forms with limited cellular machinery. The ability of glycolysis to generate ATP quickly and efficiently from glucose would have provided early organisms with a vital energy source for essential cellular processes and survival. Therefore, based on its ubiquity across all forms of life and its compatibility with the conditions of the early Earth, glycolysis is considered to be the primary energy production mechanism that emerged during the early stages of life on our planet.

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