Why was the Fertile Crescent the location of many of the earliest civilizations?

Answers

Answer 1

Answer:

Because of this region's relatively abundant access to water,

Explanation:

Named for its rich soils, the Fertile Crescent, often called the “cradle of civilization,” is found in the Middle East. Because of this region's relatively abundant access to water, the earliest civilizations were established in the Fertile Crescent, including the Sumerians.


Related Questions

In which direction do we see stars moving during the night? A west to east B east to west C south to north D north to south​

Answers

This is a question where it could have 1/4 answers. If you at facing north, you see the stars move from east to west

in the deep ocean, tsunami waves travel so slowly that boats hardly notice the wave passing by. however, along the shore, tsunami waves travel as fast a jetliner!

Answers

Tsunami waves are slow in the deep ocean but accelerate near the shore, reaching speeds comparable to a jetliner.

Tsunamis, also known as seismic sea waves, are a sequence of waves that can produce significant flooding and damage in coastal areas. The speed of a tsunami is determined by the depth of the ocean, with waves travelling more quickly in shallow waters.

In the deep ocean, a tsunami can travel at speeds of up to 500 miles per hour (800 km/h) but are not noticeable by boats as they are spread out across such a vast area.

However, as the tsunami approaches the shore, it slows down and starts to bunch up, making the wave much taller. When the wave becomes larger, its energy gets concentrated, causing the wave to move faster. By the time the wave reaches the coast, it can travel as fast as a jetliner.

One of the most dangerous things about tsunamis is that the speed at which they travel means they can cross entire oceans in less than a day, leaving people in areas that are thousands of miles away from the earthquake that generated the wave with little time to evacuate.

The velocity of a tsunami, like that of any other ocean wave, is determined by the depth of the water through which it travels, as well as by the wavelength and amplitude of the wave.

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Complete Question: In the deep ocean, tsunami waves travel at slow speeds, often unnoticed by boats. However, as they approach the shore, these waves can accelerate and move as fast as a jetliner. Why do tsunami waves travel slowly in the deep ocean but quickly near the shore?

What are the roles of a catalyst in the energetics of a chemical reaction?
a. A catalyst increases the rate of reaction.
b. A catalyst decreases the rate of reaction.
c. A catalyst is consumed by the reaction.
d. A catalyst is not consumed by the reaction.
e. A catalyst is another term for activation energy.
f. A catalyst is another term for power.

Answers

The roles of a catalyst in the energetics of a chemical reaction involve increasing the rate of reaction (a) and not being consumed by the reaction (d). Catalysts work by providing an alternative pathway for the reaction to proceed, which typically has lower activation energy.

The role of a catalyst in the energetics of a chemical reaction is to increase the rate of reaction by lowering the activation energy needed for the reaction to occur. This allows the reaction to happen more quickly and with less energy input. Catalysts do not change the overall energetics of the reaction, only the activation energy required for it to occur. They are not consumed by the reaction and can be used repeatedly. Catalysts play an important role in many industrial processes, making reactions more efficient and cost-effective. Overall, catalysts are essential in chemical reactions because they help to speed up reactions that would otherwise be too slow to be useful. This results in a higher proportion of molecules having enough energy to react, thus speeding up the reaction. Importantly, a catalyst remains chemically unchanged at the end of the reaction and can be used repeatedly, demonstrating that it is not consumed by the reaction. Therefore, options (a) and (d) accurately describe the roles of a catalyst in the energetics of a chemical reaction.

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Help plssss nowww pls pls pls

 Help plssss nowww pls pls pls

Answers

Answer:

Planetary orbits around our Sun are not perfect circles.  They're ellipses--a loose term to use is oval or ovoid.  At some point Earth gets to its closest point along its orbital path to the Sun .  6 months later it will be at its farthest away.  The distance from the Sun is not what causes the seasons.  The amount of direct sunlight hitting a certain hemisphere of Earth is what causes the seasons.  So, when the Earth's axis is tilted so that the Northern Hemisphere is titled toward the Sun, it's summer time in the Northern Hemisphere. When the Northern Hemisphere is tilted away, it's winter.  So, even though we are closer in distance during January through March, we in the Northern hemisphere are tilted away and it is winter for us.  Yes, that means it is summer in the Southern Hemisphere.

Answer From Gauth Math

the latest theory concerning the formation of the earth's continents includes global tectonics. true false

Answers

The latest theory concerning the formation of the earth's continents includes global tectonics is true. This is because the global tectonics theory, often referred to as plate tectonics theory, is the most widely acknowledged theory of continental drift and ocean floor spreading.

It is a scientific theory that explains the structure and activity of the Earth's lithosphere over time. The theory suggests that the lithosphere is made up of separate plates, which are constantly shifting and changing. These plates can collide, slide, or separate from one another, causing a variety of geological phenomena such as earthquakes, volcanic eruptions, and the formation of mountain ranges. The global tectonic theory accounts for the formation and movement of the Earth's continents.

The continents were once joined together in a supercontinent called Pangea, which broke apart around 200 million years ago. The global tectonic theory explains how the continents drifted apart and how they continue to move today. The theory is supported by a range of scientific evidence, including seismology, geology, and the study of magnetic anomalies in rocks.The global tectonic theory is a crucial theory in the field of earth sciences. It has a significant impact on our understanding of the history and structure of the Earth. It also has important implications for geological processes and hazards, as well as resource exploration and management.

In conclusion, the latest theory concerning the formation of the earth's continents includes global tectonics, which is true. The global tectonic theory explains how the continents were formed and how they continue to move today. It is supported by a range of scientific evidence and has significant implications for the field of earth sciences.

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between tokyo and seattle, which city would be safer to live in if you wanted to avoid earthquakes? (choose the best answer)

Answers

Between tokyo and seattle "Seattle" would be safer to live in if you wanted to avoid earthquakes.

When considering the safety from earthquakes, Seattle is generally considered to be safer than Tokyo. Seattle is located in the Pacific Northwest region of the United States, which is relatively less prone to seismic activity compared to Japan.

The region is situated on the North American Plate, and while it does experience some earthquakes, they are typically less frequent and less severe than those in Japan.

Tokyo, on the other hand, is located in an area of high seismic activity. It lies on the Pacific Ring of Fire, where several tectonic plates converge, leading to a higher risk of earthquakes.

The city has experienced devastating earthquakes in the past, and it continues to be susceptible to seismic events.

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FULL QUESTION: Between tokyo and seattle, which city would be safer to live in if you wanted to avoid earthquakes? (choose the best answer)

a) Tokyo

b) Seattle

Sarah just bought a telescope and is telling you all about what she saw last night, but she keeps mentioning that every object she pointed it towards seemed to have a fuzzy
glow. What type of telescope was she MOST likely using?
A. radio telescope
B. refracting telescope
C. compound telescope
D. reflecting telescope
Reset
Next

Answers

Hello!’
The correct answer would be number D!! I just took the quiz it’s correct

The type of telescope Sarah used is radio telescope. The correct option is A.

What is a radio telescope?

A radio telescope is a specialized antenna and radio receiver that detects the radio waves from the celestial radio sources.

Radio telescopes detect and amplify radio waves from space, converting them into the signals that astronomers can use to learn more about the Universe.

A radio telescope scans across an object, picking up radio waves from each tiny spot in space around it. Some locations may emit the stronger radio waves than others. Pixels are used to store this data/information. This data is turned into statistics by the virtual machine.

The Event Horizon Telescope, an array that linked together eight existing radio observatories around the whole  world to form a single Earth-sized virtual telescope, captured it. Thus, the correct option is A.

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B. How much of the Sun would you see if you were
standing in the penumbra?


Answers

Answer:

you would be in total shadow, unable to see any part of the sun's bright surface, and the eclipse would be total (Figure 3-7b). But if you were located outside the umbra, in the penumbra, you would see part of the sun peeking around the edge of the moon, and the eclipse would be partia

Explanation:

Brainiest???

What causes the frequent migration of animals in Africa?
O A. European colonization
B. Changes to natural resources
O C. Global climate changes
O D. Civil war

What causes the frequent migration of animals in Africa?O A. European colonizationB. Changes to natural

Answers

Answer: B. changes to natural resources!

Explanation: I hope this helps

Animals usually migrate to find food and water. In Africa, due to the dramatic changes in weather, animals migrate frequently. In many cases, they have to travel long distances in order to maintain their access to adequate water and food, often following the rains. Recently, scientists found that some zebras migrate over 300 miles one way to find food and water - this is the longest documented migration of large mammals in Africa.

Answer:

water sources changing

Explanation:

i got the answer wrong on myne

How do we use economics to study culture? Identify at least two tools or indicators. Then
describe what you can learn from one of those tools or indicators and provide an example.

Answers

Cultural indicators are instruments that act as a point of reference for the comprehension of phenomena that take place within the cultural realm. Cultural economy is the area of economics that focuses on how culture influences economic outcomes.

For instance, individualism, the view that capitalism would be the foundation of freedom, exceptionalism, gun ownership, etc. represent cultural values in the United States that have an impact on the economy and national defense. The impact of these traditional influences on GDP would be the second step of this study procedure.

For instance, Pakistan is an Islamic nation that does not support interest rates in the banking system, which has a significant impact on GDP. As a result, the culture does not believe rather impacts the economy.

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which parts of the roof truss are experiencing compression force in terms of technology​

Answers

Answer:

A frame structure is a structure made up of many rigid parts joined together to form a 'framework'. These different parts are called members. Shell Structures. A shell structure is more enclosing than a frame structure - it surrounds and encloses something.

ASAP Please

Which of the following statements about the world's population is the most accurate?
A) It has grown rapidly in the last few centuries.
B)It has grown at a steady rate for the last 1,000 years.
C)It is growing more slowly now than 100 years ago.
D)It is growing fastest in rural areas.

Answers

A) Ha crecido rápidamente en los último siglo.

Answer: A

Explanation: It has grown rapidly in the last few centuries.

Sinking air warms by compression (adiabatically), yet thunderstorm downdrafts are usually cold. Explain this apparent contradiction.

Answers

Answer:

The downward motions are minor, and the cloud particles last a long time. Sinking air warms, yet the downdrafts in a thunderstorm are usually cold than the air it replaces.

Minor downward motions and persistent cloud particles are observed. Although downdrafts in a thunderstorm are often colder than the air they replace, sinking air warms.

What is a storm?

A storm is any unsettled state of the natural environment or an astronomical body's atmosphere. [Citation required] It may be distinguished by significant disruptions to normal conditions such as strong winds, tornadoes, hail, thunder, and lightning (a thunderstorm), heavy precipitation (snowstorm, rainstorm), heavy freezing rain (ice storm), strong winds (tropical cyclone, windstorm), wind transporting some substance through the atmosphere (dust storm), and other forms of severe weather.

Rain must evaporate in order to create downdrafts, which cools the air in air parcels because liquid rain needs to draw energy from the atmosphere in order to evaporate.

Therefore, Although downdrafts in a thunderstorm are often colder than the air they replace, sinking air warms.

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2.
Which animals are endangered in
Africa?
(1 point)
cheetahs
meerkats
gazelles
lemurs

Answers

Answer:

Cheetahs

Explanation:

Lack of prey to feed on and there loss of habitat

a) How might this have impacted what kinds of
settlements formed where? (For example, which
colonial region do you think would have more cities,
which would have more rural areas? Why?)
Y

Answers

Answer:

The Middle Colonies like New York and Pennsylvania had more cities because they were the most populated, and the most cosmpolitan. Industry, and trade were promoted in these colonies, as well as a diverse population because there was a higher degree of tolerance for other religious denominatios. Maryland for example, was a haven for Catholics in Colonial America.

Southern Colonies like Virginia or South Carolina were the most rural. This was because the economy of these colonies was based on agriculture, either in the form of large cash crop plantations that were worked by African American slaves, or in the form of small, subsistance farms in the backcountry (Appalachia), which were settled by poor Europeans, mainly coming from Scotland and Northern Ireland (Ulster).

6. In the Soviet Union, most industry centered on what products? A. wines and spirits B. consumer goods C. automobiles for export D. military hardware and industrial machinery​

Answers

The answer for the question your on is D : )

Where does shearing often occur?

Answers

Answer:

Shearing often occur at a transform boundary. A transform boundary is a place where two of the tectonic plates slide sideways past each other. Shearing is the lateral distinct motion of two rock surfaces against each other. The motion is usually caused by intense pressure under the earth’s crust and it affects the rocks, making their shapes to change as they slide against each other.

Hope I helped.

Answer:

transfrom boundary

Explanation:

pls give brainly

climates where evaporation exceeds precipitation are called ________ climates.

Answers

Dry climates are those in which evaporation is greater than precipitation.  Option C is correct.

The fact that potential evaporation and transpiration are greater than precipitation is the most obvious feature of this climate. These climates range from 20° to 35° north and south of the equator, with mountains frequently covering large continental areas in the middle latitudes.

Western North America, Australia, southern South America, central and southern Africa, and much of Asia all have dry climates.Dry climates have a lot of sunshine, big daily and annual temperature amplitudes, little precipitation, and little soil moisture as a result.

Two main secondary characteristics of dry environments account for a significant portion of their advantages: warmer weather and more sunlight. Daylight supplies Vitamin D, a pivotal nutrient in which numerous cutting edge individuals have a lack.

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Complete question as follows:

Climates where evaporation exceeds precipitation are called ________ climates. Select one:

A. humid middle-latitude

B. humid tropical

C. dry

D. polar

E. highland

The climates where evaporation exceeds precipitation are called arid climates.

Climates where evaporation exceeds precipitation are called arid climates or desert climates. In these climates, the rate of water loss due to evaporation is higher than the rate of water gain through precipitation, resulting in a lack of water availability. These climates are typically characterized by low humidity, high temperatures, and little or no vegetation. Arid climates are found in regions such as deserts, semi-arid regions, and steppes, and are often associated with areas of high pressure and low rainfall. Climates where evaporation exceeds precipitation are called arid or dry climates. These are characterized by very low annual rainfall, which can be less than 250 millimeters (10 inches) per year.

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Analysis and synthesis of data about drainage basin

Answers

Analyzing and synthesizing data about a drainage basin involves examining various aspects of the basin, such as its physical characteristics, hydrological processes, land use, and water quality. Here is a general framework for conducting an analysis and synthesis of data related to a drainage basin:

1. Collect Data: Gather relevant data from various sources, such as government agencies, research institutions, and local studies. This data may include:

- Geographical information: Obtain maps, satellite imagery, and topographic data to understand the physical features of the drainage basin, including its boundaries, slopes, and landforms.

- Hydrological data: Acquire information on precipitation patterns, streamflow, water levels, and groundwater resources. This data helps in understanding the water balance and hydrological processes within the basin.

- Land use and land cover: Collect data on land use practices, vegetation cover, agricultural activities, urbanization, and deforestation. This information provides insights into human impacts on the basin.

- Water quality data: Access water quality parameters such as pH, dissolved oxygen, nutrient concentrations, and pollutant levels. This data helps assess the health of the water bodies within the basin.

2. Analyze the Data: Once you have collected the necessary data, conduct a comprehensive analysis to identify patterns, relationships, and trends. Some key analysis techniques include:

- Spatial analysis: Use GIS (Geographic Information System) tools to analyze spatial data, overlay different layers, and identify spatial patterns within the drainage basin.

- Statistical analysis: Apply statistical methods to identify correlations, trends, and significant differences in the data. Techniques such as regression analysis, trend analysis, and cluster analysis can provide valuable insights.

- Time series analysis: Examine temporal variations in data over a specific period to identify seasonal patterns, long-term trends, and changes in hydrological or water quality parameters.

- Data visualization: Utilize graphs, charts, maps, and other visual representations to present the data effectively and facilitate interpretation.

3. Synthesize the Data: Once the analysis is complete, synthesize the findings to develop a holistic understanding of the drainage basin. This synthesis involves:

- Identifying key patterns and trends: Summarize the significant findings and patterns observed in the data analysis, highlighting any major changes or relationships.

- Explaining causal factors: Link the observed patterns to potential causal factors, such as human activities, climate variability, or geomorphological characteristics of the basin.

- Assessing impacts: Evaluate the implications of the observed patterns and trends on the ecological health, water resources management, and socio-economic aspects of the basin.

- Providing recommendations: Based on the analysis and synthesis, propose recommendations for sustainable management practices, conservation strategies, or policy interventions to address any identified challenges or issues.

Remember that the specific analysis and synthesis process may vary depending on the available data and the objectives of the study. It's crucial to approach the analysis systematically and interpret the findings in the context of the drainage basin's unique characteristics and local conditions.

All of the following physical landscapes can be found in the Tropical North region
except for:
Mountains
Deserts
Rainforests

Answers

Tropical North is the northernmost part of Queensland, Australia, and is known as Far North Queensland (FNQ). The beauty of this region has attracted many visitors to come. FNQ with Cairns as its largest city was shaped by some landscape features except deserts.

Most of Queensland’s rainforests are located in the Tropical North, even the rainforest on their coastal sand has the status of World Heritage because of the uniqueness of where the rainforest meets the reef. No wonder Cairns is known as the gateway to the Great Barrier Reef which makes a lot of people come snorkeling and diving. But some of the visitors come camping and hiking too because they also have Mr. Bartle Frere as Queensland’s highest mountain with a maximum elevation of 1622 meters.

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Question 10 of 35

Which kind of division of time on the geologic time scale has the name Pleistocene?

A. An era

B. An epoch

C. An eon

D. A period

SUBMIT

Answers

The Pleistocene is a division of time on the geologic time scale known as an epoch.

The Pleistocene is an epoch within the geologic time scale. It is the most recent epoch of the Quaternary Period and is characterized by multiple glaciations, including the widespread presence of large ice sheets and the formation of various landforms associated with glacial activity.

The Pleistocene epoch is known for its significant climatic fluctuations, with alternating periods of colder temperatures (glacial periods) and warmer interglacial periods. These climatic changes had a profound impact on Earth's environments, flora, and fauna, leading to the evolution and extinction of numerous species.

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All of the following are renewable sources of energy EXCEPT

Answers

Answer:

Hey there! you need to show the options you want us to choose from. You can take a picture by tapping on the paper clip button or you could write down the options! (Someone will then be able to help you accurately. I hope this helps you. You are going to have to rewrite this question if you still need help with it)

:)

Answer: It is natural gas.

Explanation:

I got it right on my quiz:)


The water cycle is the sequence of conditions that water passes through in
the atmosphere and on Earth's surface. Water condenses when:

Answers

Water condenses when it undergoes a phase change from its gaseous state (water vapor) to its liquid state (water).

This occurs when water vapor cools down and reaches its saturation point, which is the temperature at which the air is holding the maximum amount of water vapor it can contain.

The cooling process can be triggered by various factors such as a decrease in temperature, contact with a colder surface, or the uplift of moist air, leading to the formation of clouds. As the air cools, the water vapor molecules slow down and come closer together, forming tiny water droplets or ice crystals. These droplets or crystals cluster around particles called condensation nuclei, such as dust, pollutants, or aerosols, which provide a surface for the water to condense onto.

Condensation is a crucial step in the water cycle as it leads to the formation of clouds, fog, and dew. When the water droplets or ice crystals become large enough, they can fall back to Earth as precipitation, such as rain, snow, or sleet. This completes the cycle, as the water returns to the Earth's surface and can eventually evaporate again, starting the process anew.

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Name 5 important people from the video Engineering an Empire: Ancient Egypt.

Answers

Zoos
Greekas
Arronuos
Pipai
Iroh

What physical feature of the present day United States is the western limit of the spread of French place names?

Answers

The physical feature of the present day United States that is the western limit of the spread of French place names is The Rocky Mountains.

Which natural phenomenon dominates the westernmost portion of the United States?

The landscape in the north and west of France is primarily flat plains or gently undulating hills, whereas the south and east of the country, including the Massif Central and the Pyrenees, are hilly (the highest points being in the Alps).

Therefore, The Rocky Mountains, which enter the country from Canada and nearly reach Mexico, make up a sizable chunk of the Western United States. By average elevation, the Rocky Mountain region is the highest part of the US.

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the study of the spatial organization of human activity and of people's relationships with their environments. this sub-field of geography is called:

Answers

The study of the spatial organization of human activity and of people's relationships with their environments. this sub-field of geography is called human geography.

What is human geography?

Anthropogeography, often known as human geography, is a subfield of geography that investigates the geographical relationships between human groups, cultures, and economies, as well as the ways in which these factors interact with the surrounding environment. Methods of qualitative and quantitative research are utilized in order to conduct an investigation into the spatial interdependencies of social interactions and the natural environment.

Since 1945, human geography has been divided up into five primary categories. The first four are economic, social, cultural, and political, they reflect both the primary domains of modern life and the social science disciplines with which geographers interact. The fifth domain, historical geography, reflects the course of human history.

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Location (absolute and relative), regions, human-environment interaction (HEI), movement, place

Answers

The concept of geography encompasses various aspects that are critical in understanding the relationship between humans and their environment. Firstly, the location of a place can be described in absolute and relative terms.

Absolute location refers to the precise location of a place on the Earth's surface, while relative location refers to the position of a place in relation to other landmarks or regions.

Regions are areas of the Earth's surface that share common characteristics, such as physical features, language, and culture. Human-environment interaction (HEI) is a vital aspect of geography that describes the relationship between humans and their environment. This interaction can take various forms, such as the use of natural resources and the impact of human activities on the environment.

Movement refers to the flow of people, goods, and ideas between different places. It is essential in shaping the way humans interact with each other and their environment. Finally, a place can be described in terms of its physical and cultural characteristics that make it unique.

In summary, geography plays a critical role in understanding the environment and the relationship between humans and their surroundings. By examining location, regions, HEI, movement, and place, we can gain a better understanding of how these factors influence human activities and the environment.

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name every country and island and department and territory in the world

Answers

Answer:

There are 195 countries in the world today. This total comprises 193 countries that are member states of the United Nations and 2 countries that are non-member observer states: the Holy See and the State of Palestine.

if hcf is 192 then what is lcm​

Answers

Answer:

LCM = 40320

Explanation:

This question is incomplete as we are not told the numbers that was used to derive the HCF.

Let's consider the following question:

The HCF of two numbers 2880 and 2688 is 192. What is the LCM?

Solution:

HCF means = highest common factor

LCM = lowest common multiple

Find attached the solution to the question.

The HCF is found by Picking the factors (prime numbers) common to both numbers. These factors are multiplied together to get the highest common factor.

The LCM is found by picking the factors common to both numbers and the remaining factors not common to both. These are then multiplied to get the lowest common multiple of the two numbers

In this case, the factors common = HCF = 2×2×2×2×2×2×3

Factors not common to both numbers =2×3×5×7

the LCM = 2×2×2×2×2×2×3 ×2×3×5×7

= 2×2×2×2×2×2×2×3×3×5×7

LCM = 40320

if hcf is 192 then what is lcm

Who In the Rome republic made the political decisions

Answers

Answer:

In Roman society, the aristocrats were known as patricians. The highest positions in the government were held by two consuls, or leaders, who ruled the Roman Republic. A senate composed of patricians elected these consuls. At this time, lower-class citizens, or plebeians, had virtually no say in the government.

Other Questions
I need to know what the answer is M The amount of the estimated average income for a proposed investment of $80,000 in a fixed asset, giving effect to depreciation (straight-line method), with a useful life of 4 years, no residual value, and an expected total income yield of $36,100, is a.$20,000 b.$9,025 c.$36,100 d.$3,900 Why does Frederick Douglass describe the distant relationship he had with his mother?A) to connect a misconception about his pastB) to demonstrate how well he recalls his formative years C) to show how enslavement can destroy the deepest of humans bondsD) to criticize her for not protecting him from their master A rectangular container that has a length of 30 cm, a width of 20 cm, and a height of 24 cm is filled with water to a depth of 15 cm. When an additional 6.5 liters of water are poured into the container, some water overflows Find the area of the shaded polygon The Spanish and English were willing to take more risks in exploration because Which of the following ideologies supported "laissez-faire" economics? Please answer correctly Yessir Yessir Yessir Yessir Yessir Yessir Yessir Yessir Yessir Yessir Yessir Yessir Find the probability that, in a randomly-selected group of 14 people, there are two people whose birthdays are either coincident, adjacent, or separated by just one day. Explain your reasoning. if the gpp of the galapagos islands is 500 g c/m2/year and the npp is 50 g c/m2/year, how much productivity do the galapagos islands lose to cellular respiration per square meter, per year? the client is to be discharged from the hospital after a safe, medically supervised withdrawal from alcohol. which outcomes indicate client readiness for an outpatient alcohol treatment program? select all that apply. I WILL GIVE BRAINLIEST!!!The pedigree below tracks Duchenne Muscular Dystrophy (DMD) through several generations. DMD is an X-linked recessive trait.If individuals I-1 and I-2 had another son, what is the chance that he would have DMD?Choose 1 answer:(choice A)A0%(choice B)B25%(choice C)C50%(choice D)D100% Question# 1: Use the Java files given to you under the folder named Graphs to do the following: In GraphAsLists.jav, complete the implementation of the following: 1. public boolean is Isolated (int v): that returns true if the vertex whose ID is given is an isolated vertex. Note: Isolated vertex is one that has no incident edges. Example: the isolated vertices in the graph A are: 0, 4 and 6. public void printIsolated Verices(): that prints all isolated vertices in the graph. Hint: You may use the given indegree() method Update Graphs.java to test the methods you have added. A student is asked to write an essay on the following essay question: "In Shakespeare's Romeo and Juliet who is the strongest character in the play?" Which of the following shows a proofread opening paragraph with a strong thesis statement and formal language? A. In Shakespears Romeo and Juliet, I believe Juliet Capulet stands out at the strongest character in the play. She shows her strength in a variety of ways. First she shows her defiance to her parents as she continues to see Romeo against their wishes. She also shoes her cunning in executing the plan Friar Lawrence presented to her in secret. Lastly she shows her courage when she drinks the poison despite her fear of ending up buried alive. B. In Shakespeare's Romeo and Juliet, Juliet Capulet stands out at the strongest character in the play. She shows her strength in a variety of ways. First she shows her defiance to her parents as she continues to see Romeo against their wishes. She also shows her cunning in executing the plan Friar Lawrence presented to her in secret. Lastly she shows he courage when she drinks the poison despite her fear of ending up buried alive. C. In Shakespeares Romeo and Juliet, I believe Juliet Capulet stands out at the strongest character in the play. She shows her strength in a variety of ways. First she shows her defiance to her parents as she continues to see Romeo against their wishes. She also shoes her cunning in executing the plan Friar Lawrence presented to her in secret. Lastly she shows he courage when she drinks the poison despite her fear of ending up buried alive. D. In Shakespeares Romeo and Juliet, Juliet Capulet stands out as the strongest character in the play. She shows her strength in a variety of ways. First she shows her defiance to her parents as she continues to see Romeo against their wishes. She also shows her cunning in executing the plan Friar Lawrence presented to her in secret. Lastly she shows her courage when she drinks the poison despite her fear of ending up buried alive. Which option is the clearest example of internal conflict? Which of the following correctly describes molecules of two different gases if they are at the same temperature and pressure?CA. They must have the same mass.CB. They must have the same velocityCC. They must have the same average kinetic energyCD. They must have the same average potential energy what is a chemical property samantha was in a car accident yesterday. she hit her forehead directly against the dashboard, which resulted ina traumatic brain injury. there is a strong possibility she suffered damage to her ; this would be called a