Answer: a, b, c, and d.
A cell needs nutrients for its survival. Complex nutrient molecules, such as sugars and proteins, are taken into the cell and broken down into simple, usable molecules by cellular enzymes. These simple molecules provide the required energy to the cell for its survival. Which organelles are most responsible for taking in and breaking down the nutrients for the cell?
A.
nucleus and chloroplast
B.
cell membrane and lysosome
C.
mitochondria and cell membrane
D.
lysosome and nucleus
Answer:
b. cell membrane and lysome
Explanation:
The cell membrane allows the nutrient molecules into a cell. The lysosomes contain enzymes that help break down these nutrient molecules. Therefore, the cell membrane and lysosome are the two organelles that are responsible for taking in and breaking down the nutrients for the cell.
Local Caribbean island people who are unskilled workers in the tourist industry _____.
have migrated from the United States
are British subjects
make a profitable living because of the popularity of the islands with tourists
are poorly paid and often face layoffs in the off-season
I think it is poorly paid and laid off in the off season.
I believe it is D, poorly paid
Please Help!!
The Ring of Fire is a string of volcanic sites in the Pacific Ocean that stretches between the Americas, Asia, and Australia. What is the most likely cause of this volcanic activity? (3 points)
Select one:
a. The release of pressure from the Earth's core through weak portions of the tectonic plates
b. The movement of mantle rock through the cracks between tectonic plates
c. The melting of tectonic plates by particularly hot parts of the Earth's crust
d. The explosion of energy as a result of a collision between two nearby tectonic plates
Hello!
As you know, the Ring of Fire is a string of active and dormant volanic sites and seismic activity stretching from the Americas to Asia and down to Australia in the Pacific Ocean. This area has around 450 volcanoes (if not more) and is full of many trenches, which are deep and narrow excavations.
In this case the most likely cause of volanic activity in the area is best said to be b. The movemenet of mantle rock through the cracks between tectonic plates
These movements are also the same reason that explains the earthquakes that primarily occur in this region.
Hope this helps and if you need anymore clarifaction feel free to ask.
Answer:
B
Explanation:
Give three specific examples of how technology is reducing the number of jobs in rural areas
technology is reducing jobs because people are making robots machines and more to do a job so if your a business owner you would want to get a machine to do a mans job because you don't have to pay it and it says money
Three specific examples of how technology is reducing the number of jobs in rural areas are:
Use of automated machines in factoriesUse of dronesUse of Artificial IntelligenceAccording to the given question, we are asked to show three specific examples of how technology is reducing the number of jobs in rural areas.
As a result of this, we can see that technology makes things easier to perform and also to make them more efficient, however, this has helped to reduce employment in the rural areas because jobs which were done by humans are now done by machines.
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Why are third parties important in a political system?
They oppose the strongest party.
They participate in the debates.
They have the largest number of voters.
They draw votes away from each party
?
Answer:
Third parties are important in a political system because they draw votes away from each party.
Explanation:
While third parties have no real influence, that is, they have never been elected to represent positions of notorious influence (and probably never will), they do have an electoral influence that has sometimes even been decisive for the final outcome of an election.
Third parties tend to attract moderate voters, who do not identify with either Democrats or Republicans, or extremist voters, who consider the other proposals as insufficient.
Generally, these parties do not obtain electoral votes in presidential elections, as they do not win in any state. But in some cases, they have crucially influenced the outcome of an election, as in 1992, when far-right candidate Ross Perot obtained 18.9% of the votes, of which it is estimated that most of them would have voted for the Republican Party candidate, G.H.W. Bush. It is considered that thanks to the participation of Ross Perot, Bill Clinton, a member of the Democratic Party, won the presidency.
Third parties are important in a political system because They draw votes away from each party. Correct option is d.
Third parties are important in a political system because they can draw votes away from the major parties, affecting the dynamics of elections and potentially influencing the outcome. By offering alternative choices to voters, third parties can impact the balance of power and force the major parties to address the concerns and preferences of a broader spectrum of the electorate. This can lead to more robust political debates and a broader range of policy discussions. However, it is important to note that the impact of third parties can vary depending on the specific political system and electoral rules in place.
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Complete question is:
Why are third parties important in a political system?
a. They oppose the strongest party.
b. They participate in the debates.
c. They have the largest number of voters.
d. They draw votes away from each party
The theory of plate tectonics states that the Earth’s crust is broken into many pieces called __________.
I think the correct answer is crust. I am really sorry if I am wrong.
The Earth's crust is broken into many pieces called tectonic plates, which are part of the lithosphere and move independently, causing various geological phenomena. The option (D) is correct.
The tectonic plates include both oceanic and continental crust and are part of the lithosphere, which is the outermost layer of the Earth that comprises the crust and the uppermost rigid part of the mantle. The lithosphere is not a continuous shell but is broken into a series of plates that move independently on the asthenosphere.
The movement of these plates can cause earthquakes, and volcanic activity, and create geological features such as mountain ranges.
This question is not complete, Here I am attaching the complete question:
The theory of plate tectonics states that the Earth’s crust is broken into many pieces called __________.
A) Mantle fragments
B) Lithospheric chunks
C) Continental blocks
D) Tectonic plates
If volcanoes get their magma from the crust below them, what can you say about the silica content of earths crust under the ocean
Final answer:
The silica content of Earth's crust under the ocean is lower compared to the continental crust, consisting mostly of mafic, basaltic materials, leading to less viscous and broadly shaped shield volcanoes like those in Hawaii. This low viscosity results in lava flows rather than explosive eruptions.
Explanation:
If volcanoes get their magma from the crust below them, we can say that the silica content of Earth's crust under the ocean is generally lower than the silica content of continental crust. The oceanic crust consists mostly of mafic minerals which are silicate minerals rich in iron and magnesium.
This basaltic magma forms volcanoes on the ocean floor that tend to be less viscous and are characteristic of broad shield volcanoes such as those found in Hawaii. These volcanoes typically erupt with flows of lava rather than explosive eruptions. Stone formations like pillow basalts at mid-ocean ridges indicate a basaltic composition, supporting the low silica content of oceanic crust.
However, where plate collisions occur, and oceanic crust is subducted, the magma can become more silica-rich through the process of flux melting and assimilation of more felsic material, leading to more explosive volcanic activity.
Why are third parties important in a political system?
Answer:
They are also termed the succeeding parties.
Explanation:
The united state has numerous third party system and these are since the mid 20th century. In Canada also there exists a third party system and thus are used in most of the countries as they are first past the post voting system, and is rather stronger than the two-party system. Thus in these countries, they are represented to elected to legislatures and have a serious chance of forming the government, as they bring people to the polls. Are often shared by a network of bond and they are usually included as a network of the political systems.Third parties play an important role in a political system for several reasons:
Representation of Diverse Views: Third parties provide an avenue for the representation of diverse political ideologies and viewpoints that may not be adequately represented by the two major parties. They offer alternative policy proposals and perspectives, giving voters more choices and promoting a more inclusive democracy.
Issue Advocacy: Third parties often bring attention to specific issues or causes that may be overlooked or marginalized by the major parties. They can raise awareness about important but neglected topics and push for policy changes in areas that are not adequately addressed by the mainstream parties.
Pressure for Policy Change: Third parties can act as catalysts for policy change by influencing the platforms and agendas of the major parties. When third parties gain traction and support, the major parties may be compelled to address the concerns and incorporate certain policy positions to attract voters.
Voter Engagement and Competition: Third parties can stimulate voter engagement and participation by presenting alternative choices and challenging the dominance of the major parties. Their presence can increase political competition, forcing the major parties to work harder to win over voters and address their concerns.
Innovation and New Ideas: Third parties often bring fresh ideas and innovative policy proposals to the political discourse. They can challenge the status quo, offer new approaches to societal issues, and introduce unconventional solutions that may not have been considered by the major parties.
While third parties may face challenges in gaining widespread support and overcoming the two-party system, their presence can contribute to a more vibrant and diverse political landscape. They can foster healthy debates, encourage policy responsiveness, and broaden the range of political representation and participation in a democratic system.
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What is creating earth magnetic field
How does the Earth create a magnetic field?
The Earth’s magnetic field is created by the rotation of the Earth and Earth's core. It shields the Earth against harmful particles in space. The field is unstable and has changed often in the history of the Earth.
What are political boundaries?
A physical boundary is a naturally occurring barrier between two areas. Rivers, mountain ranges, oceans, and deserts can all serve as physical boundaries. Many times, political boundaries between countries or states form along physical boundaries.
Hope this helps!!
Final answer:
Political boundaries are invisible lines that mark the limits of political entities, which can be natural features like rivers and mountains or geometric lines. They are crucial in geopolitics, the distribution of power, and electoral politics, influencing governance and potentially causing disputes.
Explanation:
Political boundaries are the invisible lines on the Earth's surface that define the territorial limits of sovereign states or smaller political units like counties and municipalities. These boundaries have a significant impact on geopolitics, the geography of international relations, as they can influence the distribution of political power, control over resources, and strategic advantages. Some political boundaries are drawn based on natural physical geographic features such as rivers, mountain ranges, and lakes, which can serve as defensible barriers and clear divisions between areas. Examples include the Rio Grande between the United States and Mexico, and the alpine mountain ranges between Switzerland and Italy.
In addition to natural boundaries, there are geometric boundaries which are established using straight lines on a map regardless of the physical and cultural features of the land they traverse. This type of boundary often results from historical treaties and negotiations. Another important aspect of political boundaries is their role in electoral politics. Functional regions such as electoral districts are drawn to create voting precincts, determine which government officials represent which area, and decide which laws apply to which regions. These political boundaries are critical for the orderly governance of a state and can be a source of conflict when disputed.
The Mercator map is historically one of the worlds most popular map projections. Describe this projection. Why was it created Nd what kinds of distortion can you see
The Mercator projection is a cylindrical map projection that preserves angles and shapes, making it ideal for navigation. It was designed primarily for nautical navigation. It distorts size and distance at high latitudes, making regions near the poles appear much larger than they are.
The Mercator projection is a type of map created by Gerardus Mercator in 1569. It is known as a conformal projection because it preserves angles and shapes, making it ideal for navigation. This is due to its treatment of latitude and longitude as straight, parallel lines that intersect at right angles, which allows a line of constant course, or a rhumb line, to be represented as a straight line. The motivation behind the creation of the Mercator projection was to improve nautical navigation, as its ability to preserve angle helps mariners to plot straight-line courses.
However, the Mercator projection also introduces significant distortions, particularly related to size and distance near the poles. Areas at high latitudes, such as Greenland and Antarctica, appear much larger than they are in reality when compared to regions closer to the equator, like South America. This distortion happens because the Mercator projection expands the poles, which are points on a globe, to have the same circumference as the equator, leading to exaggerated representations of size at higher latitudes.
Which of the following activities would most improve your cardiovascular endurance? Question 1 options: lifting weights , jogging . stretching ' yoga
Your best answer would be jogging.
1. Describe the structure of a monosaccharide.
2. Describe the structure of a disaccharide.
3. Describe and draw the structure of a nucleotide.
4. Where are nucleic acids found?
5. Describe and draw the structure of an amino acid.
6. How can two molecules with the same chemical formula react differently?
7. Describe the structure of a protein.
8. What is the role of an enzyme in a chemical reaction?
9. What happens to an enzyme once it catalyzes a chemical reaction?
10. What happens to the functionality of a protein if the pH changes?
11. What happens to the functionality of a protein if the temperature changes?
12. What is the relationship between the shape of an enzyme and the reactions they catalyze?
13. How does an enzyme inhibitor work?
The simplest units of carbohydrates and the simplest form of sugar are known as monosaccharides. These are the building units of the complex molecules of carbohydrates known to be disaccharides and polysaccharides. Apparently, they are normally colorless, they can be easily dissolved in water, and apparently looks just like the crystal-like substances. The monosaccharide glucose is present in a high content in the Molasses. Cherries contain the monosaccharide fructose, and yogurt contains the monosaccharide galactose.
(Answer 2 points 5)
A disaccharide is a bit complex form of carbohydrates and these molecules are formed by 2 monosaccharides, that are joined by a glycosidic bond. The most common disaccharides that are commonly used are sucrose that is formed by the glycosidic linkage between the glucose and fructose. Structurally we can say that these are the products of a condensation reaction between two monosaccharides.
(Answer 4 points 5)Deoxyribonucleic acid (DNA) and ribonucleic acid (RNA) are made up of nucleic acids. The nucleic acids are the vehicles of genetic inheritance that are usually found in the nucleus of the living cells. Nucleic acids are made when the nucleotides are connected through the phosphodiester linkages between the 5' and 3' carbon atoms. These are polymers of individual nucleotide monomers.
(Answer 6 points 5)
The molecules that have the different structural formula but the same chemical formula are known as isomers. Isomers explain the relationship between molecular arrangements that, although differing in chemical or physical properties. Chemical reactions in which one isomer is transformed into different are called isomerizations. A rapid equilibrium that cannot be easily isolated involved by isomerization is known as tautomerization.
(Answer 7 points 5)When the amino acids connect to each other by a peptide bond in a form of three-dimensional structure they form a polymer that is known as protein. Proteins are formed at the end central dogma by the process of transcription and translation. Proteins are present in four types of structural configurations such as primary, secondary, tertiary and quaternary. The simplest form of protein structure is called the primary structure.
(Answer 8 points 5)The biochemical molecules that are used as a catalyst to catalyze and to enhance the reactivity of the chemical reaction are known as the enzymes. Enzymes naturally occurring proteins that are used to catalyze any kind of biochemical reactions. In order to function, many enzymes need the help of cofactors or coenzymes. Many enzymes perform their function by lowering the energy of activation of reactions.
The questions covers a range biology topics, including the structure and functions of monosaccharides, disaccharides, nucleotides, nucleic acids, amino acids, and proteins, the role and behavior of enzymes, how changes in pH or temperature can affect proteins, and how enzyme inhibitors work.
Explanation:Structure and Functions of Biological Molecules
Monosaccharides are the simplest form of sugars and the most basic units of carbohydrates. They consist of one sugar and are usually colorless, water-soluble, and crystalline solids. The structure is often composed of carbon, hydrogen, and oxygen with the general formula of CnH2nOn, where n is any number greater than or equal to 3.
Disaccharides consist of two monosaccharides joined together by a glycosidic linkage. Common examples of disaccharides include sucrose, lactose, and maltose.
A nucleotide is the basic structural unit of nucleic acids such as DNA and RNA. It is composed of three parts: a sugar, a phosphate group, and a nitrogenous base.
Nucleic acids are found in every living thing and are the blueprint for life. They are located in the nucleus of cells and play a crucial role in protein synthesis.
An amino acid is a simple organic compound containing both a carboxyl (—COOH) and an amino (—NH2) group. They are the building blocks of proteins.
Two molecules with the same chemical formula can react differently due to their structural isomerism. This difference in structure can lead to different chemical properties and reactions.
Proteins are composed of amino acids linked by peptide bonds. Their structure can be considered on four levels: primary, secondary, tertiary, and quaternary. The primary structure is a simple sequence of amino acids. The secondary structure forms sheets or helices, arranged in space. The tertiary structure is the 3-dimensional arrangement of the secondary structures and the protein's functional form. Quaternary structure refers to the arrangement of multiple protein molecules in a multi-subunit complex.
Enzymes are biological catalysts. They speed up chemical reactions by providing an alternative reaction pathway with a lower activation energy. They remain unaffected after the reaction and can be used again.
Changes in pH or temperature can lead to changes in the protein structure, leading to potential 'denaturation' or unfolding of the protein. This can lead to loss of function or changes in protein functionality, as the shape of a protein is crucial to its function.
Enzymes have specific shapes, and their active sites are precisely shaped to bind certain substrates, thus influencing the reactions they catalyze. This is known as the 'lock and key' model.
An enzyme inhibitor works by interacting with the enzyme and preventing it from binding to its substrate, ultimately slowing or stopping the reaction.
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The United States is revered as one of the greatest democracies in world history. However, in truth, it is a republic. Please explain how the Republic of the United States is actually different than the basic concept of a democracy.
Helpppp
The principal distinction between a democracy and a republic prevails in the boundaries set on administration by the legislation, which has entanglements for minority justices.
Both kinds of regulation lead to use a representational practice, where, residents ballot to select legislators to symbolize their concerns and set the house.
RepublicIn a republic, a law or code of claims guards several basic rights that cannot be carried away by the administration, despite if it has been chosen by a preponderance of electors.
Pure Democracy:Where, in a pure democracy, the bulk is not controlled in this mode and can force its resolution on the minorities.
An example of interaction in an ecosystem
An example of interaction in an ecosystem is _____.
birds eating seeds from plants
With which of the following statements would the Buddha likely disagree?
a.
Suffering comes from not having what one wants.
b.
Contentment springs from gaining what one wants.
c.
Nirvana is achieved by overcoming ignorance and desire.
d.
Unhappiness is caused by wanting to keep what one likes.
hi there!! i believe the answer would be
B. contentment springs from gaining what one wants
budda's belief is that suffering comes from not retrieving what someone wants. so why would he believe that contentment would come if they retrieve what that person desires?
i hope this helps you!! have a wonderful day!
The Buddha would likely disagree with the statement that b. Contentment springs from gaining what one wants, as true contentment in Buddhism comes from non-attachment and the cessation of desire.
The Buddha would likely disagree with the statement: "Contentment springs from gaining what one wants." As taught in Buddhism, the idea of contentment being derived from the fulfilment of desires is contrary to Buddha's teachings. The Buddha believed that attachment and desire are the roots of suffering and that even when desires are fulfilled, the satisfaction is only temporary, leading to further suffering. True contentment, according to Buddhist teachings, comes from letting go of desires and attachments, not obtaining what one wants. The path to nirvana involves overcoming ignorance and desire and realizing the impermanent nature of all things.
when a shipping lane passes from one large body of water to another, it often passes through a____?
Answer:
Strait
Explanation:
A strait is a channel between parts of land that connects two bodies of water. The straits can be important shipping routes which gives them an economic importance. According to this, the answer is that when a shipping lane passes from one large body of water to another, it often passes through a strait.
Solid rock is much denser than liquid magma when the relatively cool rock of a tectonic plate enters the liquid lower mantle how would you expect the cool rock to move within the liquid portion of the mantle ?
Answer:
Because of the cool rock is denser it will sino downward .
Explanation:
Suggest reasons for the development gap (4marks)
Answer:
Administrative circumstancesPhysical conditionsFinancial exerciseExplanation:
Official features such as the government, limited rules that will impact trading connections, and relations with other states.
The actual conditions such as susceptibility to overflows, dryness, and other uncertainties can affect expanding.
Business action such as capital produced through production, cultivation or availability of genetic assistance rules construction.
How do air masses interact to form a tornado? O A. Cold, dense air flows toward the warmer, less dense air, so the cold front ends up moving faster than the warm front. O B. A cyclone rotates faster and faster as pressure differences between areas of low and high pressure increase. O C. A cyclone becomes slower and slower as pressure differences between areas of low and high pressure decrease. O D. Two air masses meet, but neither moves into the other one and spiral wind results.
Answer:
D. Two air masses meet, but neither moves into the other one and spiral wind results.
Explanation: You need two different air temperatures to meet but neither of them move into the other.
Answer:
B
Explanation:
Which is most likely cause of springtime flooding in a river valley?
A.
rapid snow melt in regions upstream
B.
erosion of the natural stream channel
C.
moderate rainfall in the region
D.
an increase in sediment load
the answer is A the rapid snow melting in regions up stream cause major flooding downstream.
Answer:
A. Rapid snow melt in regions upstream
Explanation:
"Rapid snow melt" in the upstream regions is most likely the cause of spring time flooding in a river valley. The effects of rapid snow melt are different for different areas. But in the upstream region it is a concern. In the spring time the rapid snow melting has become a cause of concern for many people around the world. But besides flooding snow melting can cause "landslides and debris flows" too. In the "alpine regions" like "Switzerland", snowmelt is a major cause for the runoff. Snow melting in such regions with the combination of rain can cause disastrous floods.
Where can the majority of Earth’s freshwater be found?
It is found in glaciers and icecaps.
2. Describe the social structure that developed in the Olmec civilization and how they depended on each other.
3. List and describe the achievements of the Olmec.
4. Describe the colossal head that were built by the Olmec and why they were built.
5. The Maya did not unite to form a single united empire. Independent city-states or kingdoms with common cultural ties developed instead. What cultural elements did these city-states share?
6. Describe the branches of government of the Maya that developed during the Preclassic Period and describe the duties of those who served in the government.
The social structure of Olmec consists of two groups: the main population, or common people we can say, and the elite. The common people used to work on the farms or with the watering or the irrigation systems in rural areas, providing food for the population which the elite lived apart of. The elite class consists of religious figures, rulers, and skilled craftsmen. In order to get the power and authority, It has been believed that rulers would usually correlate themselves with different gods, and the elite controlled by taking control over business and expensive imported materials.
(Answer 3 points 3)They built numerous cities with the buildings and temples of stone, as well as the immense "heads" that are their renowned legacy. They have also developed a written system of pictographs even quicker than the civilization of Mayan that followed them. The Mayans inherited religious beliefs, artistic skills, agricultural technology, some metallurgy, mathematics from the Olmec. They are usually considered as the first civilization that was ordered in the Americas and is considered to have even changed the Mayans and the Aztecs.
(Answer 4 points 3)The representations of human heads sculpted from large basalt boulders in a form of stone are known as Olmec colossal heads. These were made because of their novel physical specialties, the difficulty and the cost required in their creation, represented the Olmec rulers. These were created and placed to admire the great ballplayers of the period or they were illustrations of Olmec rulers dressed in ballplayer clothes.
(Answer 5 points 3)The rise of civilization was supported by the local ecology of well-watered soil, and by the network of transportation that was provided by the Coatzacoalcos River basin. This, in turn, triggered the rise of an elite class. The elite class generated the demand for the production of sophisticated luxury artifacts that define Olmec culture. They shared the language, the way the city-states were governed by the noble, used the same method of counting, admired the same gods and told the related myths, Same laws, and same style of clothes.
(Answer 6 points 3)Each city of the Mayan had their own king. They developed a hierarchical government ruled by kings and priests or we can say that there was the hereditary system for ruling and the selection of the king in which the support of wealth, power and authority were the main tools used to rule and support the nobles. The nobles obeyed as officials and such in the administration of the king. The nobles were faithful and loyal to the king because he guaranteed their legitimacy. The Maya society was rigidly separated between nobles, commoners, serfs, and slaves in which the noble class was complex and specialized.
The Olmec had an intricate social system with each class relying on the other. They left behind impressive artifacts like colossal heads, demonstrated advancements in various fields and their government was divided between nobility and priesthood.
Explanation:The Olmec civilization was a complex society with a diverse social structure. This included the ruling elite class, middle class of artisans and traders, and a lower class of farmers and laborers. The classes relied on each other for survival with the lower class working in the fields and producing food, the middle class creating goods and trading, and the elites providing leadership and organizing community projects.
Among their many achievements, the Olmec developed a system of writing and a calendar, made impressive advancements in art, and are considered to be the first major civilization in Mesoamerica. They also made significant strides in the field of mathematics and astronomy.
The colossal heads the Olmec civilization created are one of the most remarkable artifacts left behind. They were made from large basalt boulders and believed to represent their rulers. The construction of such massive sculptures signifies the complexities of their societal organization and their highly developed skills in sculpture.
The Maya city-states shared common cultural elements such as language, religion, and a calendar system. They also had a similar writing system, architectural style, and social and political structure.
During the Preclassic Period, the Maya government comprised two main branches, the nobility and the priesthood. The nobility, headed by a king, managed the city-states' administrative and military aspects. The priesthood oversaw religious and intellectual activities.
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The cold temperatures and low amounts of precipitation characteristic of Barrow, AK, provide an example of a __________ climate. A. continental B. moderate C. polar D. tropical
The answer is C i hope this helps
How does the North Atlantic Current affect the region?
It creates valuable oil deposits.
It drives fish out of the region.
It makes the region colder.
It makes the region warmer.
It defiantly makes the region warmer.
What is the most accurate representation of the earth? a political map a globe a physical map the Winkel Tripel projection
The most accurate representation of the Earth is a globe.
Because the Earth is a sphere, a round globe is the most accurate representation being true to scale with no distortion.
Final answer:
A globe is the most accurate representation of Earth, minimizing distortion in area, shape, distance, and direction, which flat maps including the Winkel Tripel projection cannot completely avoid.
Explanation:
The most accurate representation of the Earth is a globe. This is because a globe is a three-dimensional representation of our spherical Earth, which allows for minimal distortion in terms of area, shape, distance, and direction.
While map projections, such as the Winkel Tripel projection, are designed to reduce distortion, all flat maps inherently distort these properties to some degree due to the challenge of representing a spherical surface on a flat plane. The Winkel Tripel projection is notably used by the National Geographic Society and aims to minimize distortion in area, direction, and distance, but it cannot achieve the same accuracy as a globe.a
Give three exampes of cash crops grown in the thirteen coonies
tobacco was definitely one of them rice for the southern colonies and corn for the middle colonies? i hope this helps
1) Tobacco: Tobacco was grown mainly in Virginia, and was in large demand at the time of the Thirteen colonies. The merchandise was mainly exported to Britain, and later to other countries
2) Cotton: With the decline in the popularity of Tobacco, southern farmers turned to a new cash crop, cotton. Weather in the southern part of the thirteen colonies was extremely suitable for cotton, and with the rise of the Industrial Age, cotton soon became extremely valuable, allowing them to earn a nickname "King Cotton". They turned huge profits.
3) Rice: Rice was the staple crop for many countries (especially the Eastern Hemisphere countries). This led to a large demand, and a market that gave large yields and profits. Even today, rice has a tremendous market because of the amount of consumers
hope this helps
~Rise Above the Ordinary
The distance covered by a degree of longitude
A) is 1/180 of Earth’s circumference.
B) is always equal to 11 km.
C) increases as you approach the poles.
D) decreases as you approach the poles.
its going to be 100 A
From the equator to the poles, a degree of longitude represents a decreasing distance. Thus, option D is correct.
What is the effect on degree of longitude moving to pole?The earth is not a perfect spherical, which causes this to occur. The equatorial diameter of the planet is larger than its polar diameter because of the centrifugal force that the earth experiences as it rotates.
As all longitudes converge at the poles, the distance between longitudes decreases in the direction of the poles.
The area between 15 and 30 degrees W longitude is fairly large at the equator! The distance between those two longitude lines, however, decreases to zero as you move closer to the poles.
The poles are where all longitude lines truly converge. So in reality, while you're at the poles, “longitude” means nothing!
Therefore, distance covered by a degree of longitude decreases as you approach the poles.
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The new nation of Czechoslovakia was former
-QUESTION-
The new nation of Czechoslovakia was formed .
-OPTIONS-
A. By Hungary.
B. By the Hapsburgs.
C. At the end of World War 2.
D. At the end of World War 1.
-ANSWER-
D. AT THE END OF WORLD WAR 1....
The new nation of Czechoslovakia was formed AT THE END OF WORLD WAR 1.
I HOPE I HELPED HAVE AN AMAZING DAY...
Most of the Earth’s rare-earth metals are produced in __________.
Its China because they made most of the metal there.
Hope this helps...
Answer:
A/China
Explanation: