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There are 19 States that are completely north of 40 degrees north latitude or otherwise known as the 40th parallel. The states that are north of the 40th parallel are as follows from west to east; Washington, Oregon, Idaho, Montana, Wyoming, North Dakota, South Dakota, Nebraska, Minnesota, Iowa, Wisconsin, Michigan, New York, Connecticut, Rhode Island, Massachusetts, Vermont, New Hampshire and Maine.
The number of the states of the US that are located entirely north of the 40-degree N line of latitude are 19.
What is 40 degree latitude called?The 40 degree latitude is called as Roaring Forties.
The states that are completely North of the 40-degree North latitude includes Washington, Minnesota, Iowa, Wisconsin, Michigan, New York, Connecticut, Massachusetts, Vermont, New Hampshire,Oregon, Idaho, Montana, Wyoming, North Dakota, South Dakota, Nebraska, and Maine.
Thus, 19 U.S. states are located entirely north of the 40-degree N line of latitude.
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Image by Marcos Elias de Oliveira Júnior
Data from the 2009 United Nations Human Development Report
Based on the map above, which of the following continents are the most developed? Note, the darker the shade of green, the more developed the region is.
A.
Africa and Australia
B.
North America and Europe
C.
Asia and South America
D.
Europe and Asia
P
The continents that are considered to be the most developed based on the United Nations Human Development Report are B. North America and Europe
Which continents are the most developed?The map is not included however, based on the economic data between countries around the world, the continents that are most developed are North America and Europe.
This is because nations in North America and Europe such as the United States, Canada, Germany, and the United Kingdom, have the highest GDP and HDI on average. This is is why people try to migrate to these nations.
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Answer: B.
Explanation:
Describe the general pattern of volcanoes found on the continent of Africa.
A. The volcanoes appear randomly distributed over most of Africa.
B. Many are found along the Great African Rift valley located in eastern Africa.
C. Many volcanoes form national borders of western and southern African countries.
D. The majority are found within the Sahara Desert region located in northern Africa.
Answer:
The general pattern of volcanoes found on the continent of Africa is the following:
B. Many are found along the Great African Rift valley located in eastern Africa.
How do we know about the Earth’s inner structure
Answer:
Seismic waves from large earthquakes pass throughout the Earth. These waves contain vital information about the internal structure of the Earth. As seismic waves pass through the Earth, they are refracted, or bent, like rays of light bend when they pass through a glass prism.
Explanation:
The ability to see the connection between the larger world and your personal life is what sociologist
Answer:
More details
Explanation:
Acid rain______.
A. results in a decrease in air quality
B. damages the surfaces of buildings, statues, rocks, and leaves
C. increases the rate at which the atmosphere absorbs heat
D. causes plants to absorb water more easily
Please select the best answer from the choices provided
Answer:
B. damages the surfaces of buildings, statues, rocks, and leaves
how can koffiebus mountain in south africa be utilised
African mountains serve as water towers and breadbaskets for the lowlands. Mountain ecosystem services ensure water-food-energy security and biodiversity protection, as well as enabling sustainable development and poverty eradication on a global scale.
Koffiebus is a mountain in the Eastern Cape Province of South Africa with the region font code Africa or Middle East. It is situated at a height of 1,268 meters above sea level.
Mountains are home to a variety of ecosystems, including forests, grasslands, drylands, rivers, and wetlands. Mountains in Africa serve as water towers. Water supply is heavily reliant on rivers that originate in mountain ranges in a continent dominated by dry and semi-arid areas.
Therefore, koffiebus mountain in South Africa be utilized in many ways.
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A scientist is studying PCBs in tertiary consumers. She wants to determine if PCBs can be found in tertiary consumers even though these compounds were banned in the United States in the 1970s. Which of the following best identifies a testable hypothesis for the study?
a. PCBs are highly soluble in water, sok is unlikely that the compounds will be found in the liver or kidneys of tertiary consumers because the compounds have been banned
b. PCBs are persistent organk compounds that are fat-soluble, so they should be found in the fatty tissues of tertiary consumers even though the compounds have been banned for decades.
c. PCBs have synergistic effects with other toxins in the environment and are broken down in water and soll, so most tertiary consumers are not directly exposed to them
d. PCBs are acutely toxic to most forms of ute and quickly kill most organisms upon exposure therefore, tertiary consumers today would be expected to have high levels of the compound in the tissues
Answer: b. PCBs are persistent organic compounds that are fat-soluble, so they should be found in the fatty tissues of tertiary consumers even though the compounds have been banned for decades.
Explanation:
A hypothesis is a statement based on the research topic that can either be disproved or proven by the findings of the research. In this instance therefore, a proper hypothesis would be one that talks about whether or not PCBs would be found in tertiary consumers even though they have been banned.
The hypothesis usually includes the reason for the inference being made which will be tested as well by the research and these have to be logical. Based on these descriptions, the best answer is option b.
PCBs are persistent organic compounds that are fat-soluble, so they should be found in the fatty tissues of tertiary consumers even though the compounds have been banned for decades identifies a testable hypothesis for the study.
What is a testable hypothesis?The hypothesis is a statement that could be proved true or false depending on the data analysis and scientific methodologies used in research.
Therefore, in the above case, a valid hypothesis would be to evaluate whether PCBs would be found in tertiary consumers even though they have been banned or not.
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3. I wake up with you, Wherever you are . I will follow you no matter how fast you run, yet I nearly perish in the midday sun. What am I ?
Answer: Shadow
Explanation:
Where was the Sumerian civilization located?
Answer:
Southern Mesopotamia, Present day Baghdad, Iraq
Explanation:
In the diagram shown, m/1 = x + 16 and m/2 = 3x - 24.
Find the value of x.
O 10
O 20
0 47
Answer:
x = 20
Explanation:
m/1 = x + 16
m/2 = 3x-24
x+16 = 3x - 24
x - 3x = -24 -16
-2x = -40
- x = -20
x = 20
what is the major causes of the rising of the water body specifically Rivers?
Answer:
The precipitation run-off!
Explanation:
5 causes of informal sector
Las causas de la informalidad son diversas entre ellas: el régimen normativo opresivo, elevados costos tributarios y laborales
The implementation of new automobile-efficiency standards in America will most likely result in
A. more oil consumption
B. fewer miles per gallon (mpg)
C. less air pollution
D. more carbon dioxide emissions
Answer:
The implementation of new automobile-efficiency standards will result in less air pollution.
Explanation:
A is not correct because one of the purposes of these standards is that they reduce oil consumption.
B is not correct because these standards will enable the vehicles to drive more miles per gallon.
C is correct because having vehicles that spend less oil and drive larger distances with less will result in a reduction of air pollution.
D is not correct because the carbon dioxide emissions will reduce, not increase.
Answer: C less air pollution
Explanation:
Two ladders A and B stand at the same distance and lean against a wall. Ladder A is 6 feet longer than the ladder B. If ladder A is reduced to the same length as ladder B, which of the following is true?
ladder A will always be longer than ladder B by 6 feet, regardless of any changes made to ladder A. The statement "ladder A is 6 feet longer than ladder B" remains true regardless of any modifications.
If ladder A is initially 6 feet longer than ladder B, we can denote the length of ladder B as x. Therefore, the length of ladder A would be x + 6.
Now, if ladder A is reduced to the same length as ladder B, it means that he length of ladder A will also be x.
To determine the relationship between x and the original length of ladder B, we can set up an equation:
x + 6 = x
Subtracting x from both sides, we get:
6 = 0
This equation is not true, which implies that there is no value of x that satisfies the equation. Therefore, it is not possible for ladder A to be reduced to the same length as ladder B if ladder A is initially 6 feet longer.
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Brief discussion on the annual rainfall graphs (± EIGHT LINES) by
The annual rainfall graphs provide valuable insights into precipitation patterns over time. These graphs typically display the amount of rainfall received in a given region over the course of a year, typically shown on the y-axis in units of precipitation (e.g., inches or millimeters), and the months of the year displayed on the x-axis.
What is annual rainfall?These graphs can reveal important information about the climate and weather patterns of a region. The shape and trend of the graph can indicate if the region experiences a dry or wet season, if there are distinct peaks or valleys in rainfall amounts, or if there are any noticeable trends or changes in precipitation patterns over the years. Comparing rainfall graphs from different years or different regions can also provide insights into regional or temporal variability in precipitation patterns, which can be useful for agriculture, water management, and climate monitoring purposes.
Additionally, annual rainfall graphs can be used to identify any anomalies or extreme events, such as unusually high or low precipitation amounts, which can have significant impacts on ecosystems, agriculture, and water resources.
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If they left on August 1st, when would they arrive on Mars?
Answer:
March 1st
Explanation:
Because it takes roughly 7 months to get to mars.
Any Questions?
Answer:
Since it takes seven months thennn... March the first.
Explanation:
Its going to be a painfully long journey if you decide to go...
Did you know that's like going around earth 101 times
So I was working on my assignment and as I was doing it I came across this question so I tryed doing multiplication and division but I’m still confused
Compare the housing styles of Iceland and Vietnam and explain how the environment influences these styles.
------->Many houses in Iceland are built into mounds of earth. This practice provides thermal insulation from severe weather and uses few wood resources, which are scarce on the island. Houses in Vietnam are open structures that are made with bamboo, which is plentiful. The warm climate requires no thermal insulation.
I took the test copy and paste.
Answer:
uwuqgwhqjqjwjwjqjwhahajwj
Explanation:
snqhqghqqjkqkshshgwuwiqiwhqjqkanbsbanamakw
Students are designing a solution to stop soil from washing away from a stream bank. Which step should the students most likely complete first?
The students designing should conduct a site assessment first to determine the causes of soil erosion before developing a solution.
The initial step that the understudies ought to take while planning an answer for prevent soil from washing away from a stream bank is to lead an exhaustive evaluation of the site.
This appraisal ought to incorporate an assessment of the dirt kind, the incline of the bank, the vegetation cover, and the water stream rate. This data will assist the understudies with deciding the fundamental reasons for the dirt disintegration and foster a fitting arrangement.
When the site appraisal is finished, the understudies ought to then investigate and assess possible answers for the dirt disintegration issue. This could include assessing logical writing, talking with specialists, and analyzing contextual investigations of effective soil disintegration control projects.
In light of their exploration, the understudies ought to then foster a plan that thinks about elements like expense, plausibility, and ecological effect.
By finishing these underlying advances, the understudies will be better prepared to foster a pragmatic and viable answer for the dirt disintegration issue. This will assist with guaranteeing that their endeavors are fruitful in safeguarding the stream bank and saving the general climate.
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I am a star in the main sequence group. I belong in a special class with the surface temperature of 30000 k.
Answer: poop
Explanation:Bc it is
The weather in San Francisco is affected by its position next to the Pacific Ocean. Because it is such a large body of water, the temperature of the Pacific Ocean does not change as much as the land over the course of a year. How does the Pacific Ocean help explain the weather differences between San Francisco and Kansas City
Answer:
the climate of San Francisco is influenced by the Pacific Ocean. The cool California current comes from the north. Upwelling brings cold water from the deep. So the water offshore is cold.
Explanation:
which of the following evidence was used to support theory of continental drift? (select all that applies) quizz
Wegener built his theory of continental drift using fossils found in different parts of the ocean, the borders of continental shelves, and geological evidence of climate change.
According to the continental drift idea, as Earth's continents have shifted in relation to one another over geologic time, it has appeared as though they have "drifted" across the ocean floor. The concept of continental drift has been incorporated into the field of plate tectonics, which investigates how continents move while being supported by plates of the Earth's lithosphere.
The science of plate tectonics is still in its infancy. In 1912, the "Father of Plate Tectonics," Alfred Wegener, proposed "Continental Drift," but his colleagues laughed him off. For another 50 years, the idea would remain unpopular.
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The complete question is:
Which of the following are evidence Wegener used to construct the idea of Continental Drift? SELECT ALL THAT APPLY
Matching fossils across the ocean
Matching the edges of the continental shelves
Evidence of climate change in the geologic record
Paleomagnetism
Deep ocean features like trenches and mid-ocean ridges
Earthquake locations lined up with certain features
what equations are parallel and perpendicular to 6x-2y=-7
To determine equations that are parallel or perpendicular to a given equation, we need to consider the slope of the given equation.
The equation 6x - 2y = -7 can be rewritten in slope-intercept form as:
y = 3x + 7/2
where the slope is 3.
To find an equation that is parallel to the given equation, we can use the same slope of 3. An example of a parallel equation is:
y = 3x + 2
To find an equation that is perpendicular to the given equation, we need to use a slope that is the negative reciprocal of the slope of the given equation. The negative reciprocal of 3 is -1/3. An example of a perpendicular equation is:
y = (-1/3)x + 4
Language North America
List each of the planets and their maximum and minimum travel times for messages on the radio to earth.
The maximum and minimum travel times for messages on the radio to Earth for each planet are as follows:
Mercury: Max travel time: About 14 minutes Minimum travel time: About 4.5 minutes
Venus: Max travel time: About 8 minutes Minimum travel time: About 6 minutes
Mars: Max travel time: About 24 minutes Minimum travel time: About 4 minutes
Jupiter: Max travel time: About 52 minutes Minimum travel time: About 35 minutes
Saturn: Max travel time: About 1 hour and 23 minutes Minimum travel time: About 1 hour and 7 minutes
Uranus: Max travel time: About 2 hours and 40 minutes Minimum travel time: About 2 hours and 3 minutes
Neptune: Max travel time: About 4 hours and 9 minutes Minimum travel time: About 4 hours and 1 minute
The reason why radio signals from space take different amounts of time to reach Earth is due to the vast distances between the planets and Earth. The farther away the planet is from Earth, the longer it takes for the radio signals to reach us.
Another factor that can affect the travel time of radio signals is the relative positions of the planets at the time the signals are sent. Sometimes, the planets are aligned in such a way that the travel time is minimized, while at other times, the alignment may lead to longer travel times.
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1. On the map provided, draw the route you will take on your walk. Either choose a
north/south route, or choose an east/west route. Your route should start and end
at an ocean. Draw your route on the map. (2 points)
Panama
Lima, Peru
Georgetown
Guyana
Manaus,
Brazil
Belém
L
My first route will be as "Panama to Manaus, Brazil.
My second route will be from Manaus, Brazil to Sao Paulo
My first route goes as from Sao Paulo to Asuncio. Paraguay
My first route goes as from Asuncio. Paraguay to Santiago, Chile.
What is the benefit of a walking tour?It is an online walking tour usually in an urban setting. Short tours can last less than an hour, whereas longer tours can cover multiple websites and last all day or more. As an escort, an excursion guide can lead a walk.
The most important aspect of a very good taking walking tour is that the tourist is either learning something new or laughing along the way. The importance of content quality cannot be overstated. Congratulations on keeping accurate records.
Strolling tourism allows visitors to quickly and thoroughly experience a destination through their five senses. It also encourages meaningful interactions with nearby humans, nature, and ways of life.
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explain the major characteristics of ethiopian agriculture
Answer:
Explanation:
Ethiopian agriculture is characterized by a unique set of features that have developed over thousands of years due to the country's diverse geography, climate, and cultural heritage. Some of the major characteristics of Ethiopian agriculture include:
Dependence on smallholder farming: Ethiopian agriculture is dominated by smallholder farmers who cultivate small plots of land using traditional, labour-intensive methods. The majority of the population lives in rural areas, and agriculture remains the backbone of the country's economy.
Crop diversity: Ethiopia is known for its remarkable crop diversity, with over 6,000 varieties of crops grown in the country. The most important crops include cereals such as teff, wheat, and barley, as well as pulses, oilseeds, vegetables, and fruits.
Limited use of modern technology: Despite recent efforts to introduce modern agricultural practices, the use of modern technology and inputs such as fertilizers and improved seeds remains limited in Ethiopia. Many farmers still rely on traditional methods of cultivation and use organic fertilizers such as manure.
Dependence on rain-fed agriculture: Ethiopia's agriculture is predominantly rain-fed, with most farmers relying on seasonal rainfall for crop production. This makes the sector highly vulnerable to climate variability and droughts, which can lead to crop failures and food shortages.
Role of livestock: Livestock is an important component of Ethiopian agriculture, providing food, income, and transportation to many farmers. Livestock are often integrated into the farming system, with animals grazing on crop residues and providing manure for fertilizer.
Land tenure system: Land in Ethiopia is predominantly communally owned, with traditional systems of land tenure in place. This can lead to challenges in terms of land use and management and has contributed to the limited adoption of modern agricultural practices.
Overall, Ethiopian agriculture is characterized by a strong dependence on smallholder farming, a diverse range of crops, limited use of modern technology, dependence on rain-fed agriculture, and a traditional land tenure system. These features present both challenges and opportunities for the development of the sector and the country's economy as a whole.
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How did European attitudes toward science change in the 1500s and 1600s?
Answer: In the mid-1500s, a profound shift in scientific thinking brought about the final break with Europe's medieval past. Called the Scientific Revolution, this movement pointed toward a future shaped by a new way of thinking about the physical universe.
Explanation:
Single party definition?
Answer: hey srry if im late but heres the answer! single party
Explanation:
single-party
in British English
(ˌsɪŋɡəlˈpɑːtɪ IPA Pronunciation Guide )
ADJECTIVE
of or relating to a form of government in which only a single political party constitutes the government
An authoritarian figure, he favoured a single-party state.
Coalitions are more likely - but most recent elections still led to a single-party government.
On the political front, a single-party system remains in force.
describe two ways in which new land is being created/exposed
this is ecology
Constructive forces are the procedures used to create new land. The deformation of the crust, volcanic eruptions, and sediment deposition are three of the primary constructive forces.
How does landform?Physical characteristics of landforms, such as elevation, slope, orientation, stratification, rock exposure, and soil type, are used to classify them.
Intuitive elements like berms, mounds, hills, ridges, cliffs, valleys, rivers, peninsulas, and volcanoes, as well as numerous other structural and size-scaled (e.g., ponds vs. lakes, hills vs. mountains) elements, such as different types of inland and oceanic waterbodies and sub-surface features, are all examples of gross physical features or landforms. The four main types of landforms are plains, plateaux, mountains, and hills.
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