In studying human/environment interaction, geographers look at
the natural and cultural features of a place.
where human beings choose to settle.
the ways people have destroyed the environment.
the positive and negative effects that occur when people interact with their environment.
Answers
Answer:
In studying human/environment interaction, geographers look at the positive and negative effects that occur when people interact with their environment.
Answer:
The positive and negative effects that occur when people interact with their environment.
Explanation:
Human and environment are co-dependant on each other.Both are like two sides of a coin.Human depends on environment for their daily life usages.Environment depends upon humans for conservation of itRelated Questions
part A: Which statement best identifies the central idea of the text? America shifting view on immigration
Answers
Answer:
While controlling immigration continues to be a concern of the government, policies have mostly shifted from exclusionary to inclusionary over time.
Explanation:
The article, ''America's Shifting Views on Immigration'' by Mark Kubic had the main idea that the US government has been very concerned with controlling immigration for almost as long as it has been in existence.
The policies enacted, however, had varied between exclusionary such as laws that prohibited Catholics, Jews, and Asians to guidelines that were inclusionary such as those that welcomed refugees from eastern Europe when it was dominated by communists.
during the pleistocene, the climate was – , and selection favored hominins with – survival strategies
Answers
Answer:
Explanation:
During the Pleistocene, the climate was characterized by fluctuating periods of glaciation and interglacial. The climate alternated between cold glacial periods, often referred to as ice ages, and relatively warmer interglacial periods. These shifts resulted in significant changes in temperature and precipitation patterns across different regions of the Earth.
Selection during the Pleistocene favored hominins with adaptive survival strategies that allowed them to thrive in the dynamic and often harsh environmental conditions. Some of the key survival strategies favored by selection during this time included:
1.) Efficient energy use: Hominins that were able to effectively utilize available resources and minimize energy expenditure had an advantage. This included the ability to obtain and process food efficiently, as well as optimize energy expenditure during locomotion and other activities.
2.) Versatile diet: The ability to adapt to a wide range of food sources was advantageous during the Pleistocene. Hominins with flexible dietary preferences and the ability to exploit different food types, such as plant foods, meat, and scavenged resources, had an increased likelihood of survival.
3.) Tool use and technology: Hominins that developed and utilized tools had a significant advantage in obtaining food, shelter, and protection. Effective use of tools allowed for improved hunting, processing of food, and creating protective structures or clothing.
4.) Social cooperation: The formation of social groups and cooperative behaviors provided advantages in terms of defense against predators, sharing resources, and caring for offspring. Hominins with stronger social bonds and effective communication skills had increased survival opportunities.
5.) Adaptability and innovation: The ability to adapt to changing environmental conditions and innovate new strategies for survival was crucial. Hominins with the capacity to develop new technologies, exploit new resources, and adapt to different habitats were more likely to succeed.
It is important to note that the specific survival strategies varied among different hominin species, such as Homo erectus, Homo neanderthalensis, and early Homo sapiens, as they evolved and adapted to their respective environments throughout the Pleistocene.
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Why is one side of the moon called the Darkside of the moon?
a. the moons rotation and revolution take the same time
b. the moons rotation time is exactly twice the time of it revolution
c. the moons rotation time is exactly half the time of it revolution
Answers
the dark side of the moon is the umbra which is the darkest part and then the moon's rotation is twice its revolution
Most of the weather of the world is based upon changes in the moisture, pressure, and/or temperature of the.
Answers
Answer:
atmosphere of an area
Explanation:
trust it's correct coz am from doing it :)
Where were the Spanish missions were established in Georgia?
A. the Fall Line
B. the Barrier Islands
C. the Appalachian Mountains
D. the Okefenokee Swamp
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answer: barrier islands
when cost and effort override a person's willingness to travel, the principle in operation is____.
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The given statement: "when cost and effort override a person's willingness to travel, the principle in operation is ____" is incomplete. Hence, to provide a suitable answer, please provide the missing term to complete the statement.I will, however, explain the concept of principles of operation.
Operating principles are the fundamental guidelines used by a corporation to direct and organize the everyday operations of the organization. These operating principles are typically a set of parameters and constraints for an organization to follow, resulting in consistency and continuity in the organization's operations.Operating principles guide the operations of an organization; thus, they define a framework that ensures that all personnel and facilities work together coherently to achieve the company's goals.
For example, a firm may have an operating principle of delivering products within a specific time frame to provide outstanding customer service.When cost and effort override a person's willingness to travel, the principle in operation is the principle of minimum cost. The principle of minimum cost is a cost principle that a firm uses to make the most cost-effective and beneficial decisions among multiple alternatives. It implies that a company must choose the least costly alternative among several feasible options.
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Cost and effort overriding willingness to travel indicate the principle of practicality.
What principle is at play when cost and effort overrides?When individuals prioritize practicality over their desire to travel, the principle in operation is the consideration of cost and effort. In such circumstances, the financial implications and physical exertion associated with the journey take precedence over personal inclination or willingness to explore.
This principle acknowledges the practical limitations that individuals may face when making travel decisions ensuring that practical factors are given more weight than mere desire or willingness.
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Which of the following best described the type of fault in the diagram above?
A) Normal fault
B) Reverse fault
C) Tear Fault
D) Throw fault
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Help? What are the advantages and disadvantages of this scenario that the PCSOs (Police Community Support Officers, a step down from police, ALMOST a proper police) may go through? Thanks!
Answers
Answer:
Explanation:
No idea and thanx for the points
in 2008 and 2025, by which date the Policing Vision’s promise of a more proactive preventative form of local policing is due to be realised1. It has done so by investigating how and why neighbourhood policing has changed in England and Wales since 2008, and what it looks like in 2017/18, then using this new knowledge as a platform to establish sound principles for delivering sustainable, preventative, integrated and publicly connected local policing services for the future.
The exercise was necessary for four reasons.
First, because localism has fragmented the national narrative of neighbourhood policing; second, because, including for rhetorical reasons, the meaning of the ‘neighbourhood’ label has become opaque; third, because progress towards a shared national goal requires an understanding of where we are now;
and fourth, because it is clear that – in the context
of funding cuts, shifting priorities and new patterns
of demand – neighbourhood policing has not fared well, with warnings of ‘erosion’ to capacity and capability repeatedly issued2.
A broad set of research methods were employed: police workforce data was analysed, police
forces were asked to provide information on past developments and future plans, focus groups were conducted with 14 sets of neighbourhood police officers and PCSOs across seven police forces, force leads and national stakeholders were interviewed and practitioners were asked for input through a web survey. In total, force-level input was secured from 31 out of 43 territorial police forces alongside a rich pool of practitioner insight. These investigations
led to a number of conclusions3: Neighbourhood policing has diversified
considerably since 2008.
Workforce data analysis indicates that from
a relatively consistent starting point, forces have pursued different and often contrasting strategies in relation to their neighbourhood and broader local policing models (eg consolidation versus
radical redesign, specialism versus generalisation, civilianisation versus de-civilianisation etc.). On the ground, variation is apparent within as well as between forces. Local iterations can be universal or more targeted, high or low intensity, pragmatically allowed to dissolve into general local policing or reconfigured to accommodate this more ‘hybrid’ remit. Alternatively, neighbourhood policing can be reformed and refocused with either a community or harm/vulnerability focus, if the latter this can
be thematic or case-based.
The traditional outputs of neighbourhood policing have been eroded.
Front line practitioners consistently report that the number of staff available for core neighbourhood work has diminished substantially during the period while the demands on local policing have intensified and changed. The result has been significant attrition to the outputs and outcomes traditionally associated with neighbourhood policing; community engagement, visibility, community intelligence gathering, local knowledge and preventative proactivity are consistently reported to be in decline. However erosion is only part of the change narrative.
Neighbourhood policing has undergone two distinct shifts in purpose since 2008, towards vulnerability/harm prevention and towards servicing reactive demand.
Police force statements about the current purpose and meaning of neighbourhood policing demonstrate how ‘traditional’ aspects such as community engagement, problem solving, partnership working and reassurance, now sit alongside an emphasis
on vulnerability/hidden harm, demand reduction, evidence based practice and early intervention. Although pragmatic rather than idealistic, neighbourhood personnel have increasingly also been used to service reactive demand; 14 from 22 responding forces said neighbourhood personnel were abstracted to some extent or a lot (with the
rest saying a little). Some forces have designed the abstraction into a broader ‘neighbourhood
Read this passage about the peace treaty that ended the Third Crusade.
Saladin agreed to confirm an ironclad peace agreement between Christians and Saracens [Muslims]. It guaranteed free passage and access to the Holy Sepulcher of the Lord, without the requirement of any tribute or fee. It also granted the freedom of bringing objects for sale through any land whatever and of exercising a free commerce.
Which was a condition of the peace treaty?
A. increased land sales to Christians
B. increased tributes paid to Saladin and the Muslims
C. Christian occupation of Jerusalem
D. freedom of trade between Europeans and Muslims
mind someone help me on this question?
·ω·
Answers
Answer: D. freedom of trade between Europeans and Muslims
Explanation: just did it on edge 2020
Answer:
d
Explanation:
Describe the distribution of coal in india
Answers
Answer:
Your welcome!
Explanation:
In India coal occurs in rock series of two main geological ages, namely Gondwana, a little over 200 million years in age and in tertiary deposits which are only about 55 million years old.
geologists of the mid-twentieth century determined that the ocean floor was much older than the centers of continents.
Answers
Geologists of the mid-twentieth century determined that the ocean floor was much older than the centers of continents .false
Geologists are scientists who study the solid, liquid, and gaseous matter that makes up Earth and other terrestrial planets, as well as the processes that shape them.
Geologists typically major in geology, earth science, or geophysics, though training in physics, chemistry, biology, and other sciences is also advantageous. Although many subdisciplines incorporate laboratory and digitalized work, field research (field work) is an important component of geology. Geologists are part of a larger group of scientists known as geoscientists.
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Full Question: geologists of the mid-twentieth century determined that the ocean floor was much older than the centers of continents. True / False
Explain why a waterfall is a temporary feature on a rivers course
Answers
Explanation:
waterfalls are temporary features of rivers because stream erosion is greatest at waterfalls and rapids. The water that falls at the base of the waterfall erodes rock there, leaving the rock at the tops of the waterfalls to overhang. Overall, undermining causes waterfalls to recede farther upstream.
What region has become the feedlot capital of the world, with its dry climate and an abundance of grain?.
Answers
Answer:
Cattle feeding operations are concentrated in the Great Plains and they are also located in parts of the Corn Belt, Southwest, and Pacific Northwest. Feedlots with less than 1,000-head capacity make up most of U.S. feedlot operations, but they market a relatively small share of the fed cattle.
Explanation:
hope this helps
in what biome would you expect to find moose, wolves, and bears?
Answers
Moose, wolves, and bears are commonly found in the taiga biome. The taiga, also known as the boreal forest, is a biome characterized by vast expanses of coniferous forests and cold temperatures.
It spans across northern regions of North America, Europe, and Asia. The taiga biome provides a suitable habitat for these animals due to its dense forests, abundant vegetation, and diverse wildlife. Moose are herbivores that graze on the vegetation, while wolves and bears are carnivores that prey on a variety of animals found in the taiga, such as small mammals and deer. The frigid, subarctic taiga is a kind of woodland. The Northern Hemisphere's subarctic region is located just south of the Arctic Circle.
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A star is called a what during the stage when it gives off heat and light for the first time.
Answers
Answer:
The tremendous heat given off by the nuclear fusion process causes the gas to glow creating a protostar. This is the first step in the evolution of a star. The glowing protostar continues to accumulate mass. ... Once its mass is stabilized, the star is known as a main sequence star.
Explain the landforms produced by folding.
Answers
Answer:
The description of both the question has been characterized throughout the explanation segment.
Explanation:
Folding these same rock formations seems to have 2 major effects because once denudation influences this same rock formations into landforms. Initially, the rocks have been angled but mostly bent. Up-folds, as well as anticlines, prevent the strength training as well as fracturing of rock formations at their root, demand quick erosion as well as a violation of anticline.Explain the relationship between south America climate and the type of agriculture it practices.
Answers
Food and access are also impacted by climate change, which can also highly affect production in the south American climate.
What is climate?Climate change refers to changes over just a longer length of time in a particular place. A summary of a country includes details such as the typical temperature, the amount of rainfall, and the amount of light.
Due to the dependence of agriculture on certain climates, fluctuations in smog, gas emissions, and climate science have a significant effect on agricultural producers.
Climate science flooding and droughts may make it difficult to carry out farming operations in between south America's climate. Temperature shifts could result in shifting ecological areas and cropping dates.
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what caused the 1985 mudflows on the nevado del ruiz volcano?
Answers
The 1985 mudflows on the Nevado del Ruiz volcano were caused by the interaction between volcanic activity and a glacier atop the volcano's summit, resulting in the rapid melting of ice and snow, and subsequent formation of lahars.
The Nevado del Ruiz volcano is located in Colombia and is known for its glaciated summit. On November 13, 1985, the volcano experienced a phreatomagmatic eruption, which occurs when magma interacts with water, in this case, due to the presence of a glacier. The eruption melted a large amount of ice and snow on the volcano's summit, triggering the formation of lahars. Lahars are fast-moving mudflows that consist of a mixture of volcanic ash, water, and debris.
The melted ice and snow, along with volcanic materials, rapidly flowed down the slopes of the volcano, gaining momentum and destructive power as they descended. The lahars traveled along river valleys, picking up additional sediment and debris, and causing widespread devastation in the towns and villages located in their path. The Armero tragedy was one of the most significant and tragic events resulting from the 1985 mudflows, as the lahar overwhelmed the town of Armero, burying it under meters of mud and debris, and resulting in the loss of thousands of lives.
In summary, the 1985 mudflows on the Nevado del Ruiz volcano were primarily caused by the eruption's interaction with the glacier on the volcano's summit. The rapid melting of ice and snow, combined with volcanic materials, led to the formation of lahars, which subsequently flowed down the volcano's slopes and devastated nearby communities, including the tragic event in Armero.
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up to how many earthquakes does yellowstone experience in a year
Answers
I hope this helped
On average, Yellowstone National Park and its surrounding area typically experience around 1,000 to 3,000 earthquakes annually.
Yellowstone National Park, located in the United States, is known for its geothermal activity and is situated atop the Yellowstone Caldera, a supervolcano. The region experiences a significant number of earthquakes each year. However, it's important to note that the majority of these earthquakes are relatively small and go unnoticed by people. Most of them have magnitudes below 3.0 on the Richter scale, which are considered minor earthquakes and are not felt by humans. The park occasionally experiences larger earthquakes with magnitudes above 4.0, but they are less frequent.
Yellowstone's seismic activity is closely monitored by the United States Geological Survey (USGS) and the University of Utah's Seismograph Stations. Continuous monitoring helps scientists and researchers gain a better understanding of the geological processes occurring beneath the park and aids in assessing the potential volcanic hazards associated with the Yellowstone Caldera.
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What invention led to a surge in Cotton farming in the South?
Answers
Answer:cotton picking machine
Explanation:
Aquifers are made up of gravel and sand characterized by holes and channels, like the pores of a sponge. They hold water that has accumulated over thousands of years. The water moves through the pores of the aquifer rock very slowly. Using this information, what can you predict about our ability to clean up aquifers polluted by pesticides, herbicides, and other toxic chemicals
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Answer:
It turns really difficult -and expensive- to clean or revert the situation of a polluted aquifer, if not impossible.
Explanation:
Once an aquifer has been polluted it turns really difficult -and expensive- to clean it or revert the situation. Because groundwater, together with pollutants, moves slowly through the aquifer, contamination may remain undetected for many years. Once pollution is detected, it might be impossible to predict its expansion and extension underground. Besides, aquifers are connected, so a polluted aquifer may easily contaminate another one.
Different techniques can be applied to clean an aquifer; however, these are so expensive that almost nothing can be done to clean it up.
The contamination source, if detected, can be cut off, but the polluted area is hardly recovered.
Analyzing and interpreting maps (e.g., topographic, geologic,
fault) to complete geology assignments.
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The geological science is a wide field of study that encompasses the nature, processes, and history of the Earth. Analyzing and interpreting maps is a key aspect of geological research. Maps are important geological tools, particularly in the study of geology.
Geologic maps help geologists to understand the earth's structure, history, and the features on the earth's surface, for instance, fault lines, mineral deposits, mountains, rivers, and so on.
Maps are a useful tool for interpreting, analyzing, and presenting geological data. Topographic maps are used by geologists to show the elevation and contours of the earth's surface. These maps can be used to determine the slope of the land and the direction of water flow. They are also useful in identifying areas that are prone to flooding, landslides, and erosion.Geologic maps are used to describe the rock formations, faults, and other geologic features of an area. These maps use symbols and colors to indicate the different types of rocks and minerals.
A geologic map can help identify the types of rocks that are present in an area, as well as the age of those rocks.Fault maps are used to show the location of faults, which are cracks or fractures in the earth's surface. Faults are important geological features because they can cause earthquakes, landslides, and other natural disasters. By analyzing fault maps, geologists can identify areas that are at risk for these types of events.To complete geology assignments, it is important to learn how to analyze and interpret maps. Geologists use maps to understand the earth's structure, history, and the features on the earth's surface. By using topographic maps, geologic maps, and fault maps, they can gain valuable insights into the geological processes that have shaped our planet.
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what were the main causes of the bp oil spill in 2010? group of answer choices effective compression and slow response from the us coast guard human error and effective compression geology overestimates and effective compression human error and geology overestimates
Answers
The safety valve known as the blowout preventer was created by Transocean. Six leaks were found in the hydraulic system, according to the report. The preventer, according to the investigators, seemed to adhere to BP and Transocean regulations while it was on the wellhead.
What led to the 2010 BP oil spill?
A poorly constructed well plan that did not contain enough cement between the 7-inch production casing and the 9 7/8-inch protective casing led to the blowout and oil leak on the Deepwater Horizon in the Gulf of Mexico. The suspected blowout preventer (BOP) failure is a significant but unrelated problem.
On April 20, 2010, the Deepwater Horizon oil drilling rig, which was working in the Macondo Prospect in the Gulf of Mexico, exploded and sank, causing the greatest oil spill in the history of marine oil drilling operations and the deaths of 11 crew members.
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Give solutions to prevent landslide and soil erosion using the concept of how nature mitigate soil erosion. Explain your solution.
Answers
Explanation:
sana makatulong... that's answers is not mine
provide examples for ways that geospatial technologies helped broker peace, wage war and fight crime
Answers
Users can utilize geospatial analytics to better their decision-making and problem-solving processes by applying geographic data. People can create visualizations and identify important trends using GIS data.
Why is the Geospatial Revolution important? What is it?The Geospatial Revolution explores how digital mapping is influencing our way of thinking, acting, and interacting. Nearly everything is influenced by geospatial information.
What kind of geographical data are there?Geospatial data examples include: Aspects and vectors: information that describes a place, such as points, lines, and polygons. A group of closely spaced charted points that can be retextured to create 3D models is referred to as a point cloud. Images captured from above, at high resolution, using raster and satellite technology.
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the conditions of air temperature, relative humditiy, wind speed, cloudiness, and precipitation at a given location at a given time are referred to as
Answers
The conditions of air temperature, relative humidity, wind speed, cloudiness, and precipitation at a given location at a given time are referred to as weather.
Weather is the state of the atmosphere at a particular time and place, and it is constantly changing due to various factors, such as solar radiation, atmospheric pressure, and water vapor content.
Air temperature is the measure of how hot or cold the air is, usually measured in degrees Celsius or Fahrenheit. The relative humidity is the measure of the amount of moisture in the air relative to the maximum amount of moisture the air can hold at a given temperature.
Wind speed is the measure of how fast the air is moving, usually measured in miles per hour or kilometers per hour. Cloudiness refers to the extent to which the sky is covered with clouds, while precipitation refers to the amount of water falling from the atmosphere, such as rain, snow, or hail.
Knowing the current and forecasted weather conditions is important for a variety of reasons, such as planning outdoor activities, agricultural activities, transportation, and emergency preparedness.
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Why is mountain/ Himalayan ecosystem is taken as sensitive?
please help me to do this problem.Also give Long answer.
Answers
Answer:
The mountain ecosystems of Panchase region are also highly vulnerable to the impacts of a changing climate. Rising temperatures and increasingly unstable rainfall patterns are drying up water sources, changing vegetation characteristics, and making landslides more frequent and severe.
Explanation:
la bhayoo ...yei hoo....
definition of geostrophic force
Geostrophic wind
Answers
Answer:
A geostrophic current is an oceanic current in which the pressure gradient force is balanced by the Coriolis effect. The direction of geostrophic flow is parallel to the isobars, with the high pressure to the right of the flow in the Northern Hemisphere, and the high pressure to the left in the Southern Hemisphere.
pls help with these geography questions!
what are population issues facing canada and a solution?
what are population issues facing colombia and a solution?
how are canada and colombia similar or different and are they happy, healthy and wealthy?
thank you!!
Answers
Answer:
Population issues facing Canada and a solution:
Population issues facing Canada include aging population, low fertility rates, and regional population imbalances. The country is experiencing a decrease in birth rates, leading to an aging population and potential strains on social welfare systems.
A possible solution to address these issues is to implement policies that encourage higher fertility rates, such as offering incentives for families to have children, improving childcare support, and enhancing work-life balance measures. Additionally, Canada can focus on attracting immigrants to address labor market needs and contribute to economic growth.
Population issues facing Colombia and a solution:
Colombia faces various population issues, including high population growth, internal migration, and urbanization challenges. Rapid population growth can strain resources, infrastructure, and public services, especially in urban areas.
To address these challenges, Colombia can implement comprehensive family planning programs and promote access to reproductive healthcare services to manage population growth. Additionally, investing in infrastructure development, education, and job opportunities in rural areas can help reduce internal migration and promote balanced regional development.
Similarities and differences between Canada and Colombia:
Similarities:
Both Canada and Colombia are geographically diverse countries, offering a range of landscapes and natural resources.
They have multicultural societies with diverse ethnic backgrounds and immigrant populations.
Both countries have significant indigenous populations with unique cultural heritage.
Differences:
Canada is a developed country with a high standard of living, while Colombia is classified as an emerging economy with socio-economic challenges.
Canada has a relatively low population density and a larger land area, while Colombia has a higher population density and a smaller land area.
Canada has a well-established social welfare system and a high level of healthcare access, while Colombia faces challenges in providing universal access to healthcare and social services.
Regarding happiness, health, and wealth, it is important to note that these aspects can vary among individuals and cannot be generalized for entire countries. Happiness, health, and wealth depend on various factors such as socio-economic conditions, individual circumstances, and personal experiences. It is advisable to refer to specific studies or indicators to assess the well-being of the populations in each country.
Six months from now, at what time of day will the stars be in the exact same places in your sky as they will be at midnight tonight? a) 6 A.M. b) noon c) 6 P.M. d) midnight e) This can never happen.
Answers
Six months from now, at what time of day will the stars be in the exact same places in your sky as they will be at midnight tonight. The correct answer is (d) midnight.
This occurs because the Earth's rotation determines the position of stars in the sky. As Earth completes one full rotation every 24 hours, the stars will appear in the same position at the same time each day.
Additionally, the Earth orbits the Sun, taking about 365.25 days to complete a full orbit. This means that every six months, Earth will be on the opposite side of the Sun, and the stars will appear in the same position in the sky at midnight.
Therefore, the stars will be in the same place in your sky six months from now at midnight. The correct answer is (d) midnight.
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