Answer: False: The longest-lived tornado in history is really unknown, because so many of the long-lived tornadoes reported from the early-mid 1900s and before are believed to be tornado series instead. Most tornadoes last less than 10 minutes.
Explanation:
Air pressure is mapped using ____________.
isobars
Explanation:
isobars are line drawn on the map to connect equal measure.
What is the horizontal distance between the two points (3,4) and (8,4)
What type of waves does Vina del Mar Beach, Chile have?
a.)spilling breakers
b.)plunging breakers
c.)surging breakers
BRAINLIEST TO BEST ANSWER
Answer:
i think is surging breakers
What is a lectern used for
Answer:
Its a type of stand that you can pit papers, or various things on. It it used for giving speeches and lectures.
Explanation:
Hope this helps! (can you give brainlyest pls)
A circle is centered at the origin with a radius of 3 units what is the equation for the circle?
the equation for a circle centered at the origin with a radius of 3 units is x^2 + y^2 = 3^2, which can be simplified to x^2 + y^2 = 9.
A circle is centered at the origin with a radius of 3 units. The equation for this circle can be written in standard form as x^2 + y^2 = r^2, where (0, 0) is the center of the circle and r is the radius of the circle. Substituting the values given, the equation becomes x^2 + y^2 = 3^2.
The equation of a circle in standard form is written as (x - h)^2 + (y - k)^2 = r^2,
where (h, k) is the center of the circle and r is the radius of the circle.
Since the given circle is centered at the origin, (h, k) = (0, 0).
Substituting these values, the equation becomes x^2 + y^2 = r^2.
The radius of the given circle is 3 units, so r = 3. Substituting this value in the equation, we get x^2 + y^2 = 3^2.
In conclusion, the equation for a circle centered at the origin with a radius of 3 units is x^2 + y^2 = 3^2, which can be simplified to x^2 + y^2 = 9.
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Vegetation the highest discharge that local streams attain and
amount of infiltration that occurs
decreases, increases
increases, increases
decreases, decreases.
increases, decreases
the
Vegetation decreases the highest discharge that local streams attain and increases the amount of infiltration that occurs.
What is vegetation
Vegetation refers to the plant life that covers a particular area or region. It includes all forms of plants, such as trees, shrubs, grasses, and other types of vegetation. Vegetation plays a crucial role in the environment as it contributes to the overall ecosystem balance and provides numerous benefits.
Vegetation serves several essential functions, including:
Oxygen Production: Through photosynthesis, vegetation produces oxygen, which is vital for supporting life on Earth.
Carbon Dioxide Absorption: Plants absorb carbon dioxide, a greenhouse gas, helping to mitigate climate change and regulate the Earth's carbon cycle.
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PLEASE HELP I WILL GIVE BRAINEST !!
Answer:19
Explanation: Its 19 because you add all the number the two 4 and the two fives and you get 19 then you subtract 1.
concept of maps long
Through research, we can define maps as visual and spatial representations of the world's geography.
What is the importance of maps?This instrument has a historical characteristic of helping in the discovery of new places through orientation to navigation and communication, for example, serving as support for the knowledge of the location and spatial representation of the geography of a place.
Therefore, maps have evolved scientifically with the development of technology, providing society with knowledge through digital mapping, satellite images and other geographic information systems that contribute to economic, social and environmental development, etc.
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Infer why England is more culturally diverse than Scotland, Wales and Ireland ?
This shows a in the number of males as age increases.
Males
Age
A. function graph; increase
B. population pyramid; increase
C. function graph; decrease
D. population pyramid; decrease
Females
The correct answer to this question is A) function graph; increase. A function graph is a visual representation of a mathematical function, where one variable is dependent on another variable. In this case, the number of males is dependent on age.
As age increases, the number of males also increases, indicating a positive correlation between the two variables.
On the other hand, a population pyramid is a graphical representation of the age and gender distribution of a population.
It shows the percentage or proportion of the total population that falls within different age groups and gender categories. A population pyramid can be used to analyze population trends over time, and to predict future changes in the population.
Therefore, the correct answer to this question is A) function graph; increase, as it accurately describes the relationship between age and the number of males.
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Short term causes of tropical cyclone ana
Explanation:
Tropical cyclones, such as Tropical Cyclone Ana, are complex weather systems impacted by numerous elements. While individual cyclones' causes differ, there are some short-term elements that contribute to their creation and intensification. Some of the short-term causes of Tropical Cyclone Ana are as follows:
Warm Ocean Waters: Tropical cyclones originate and strengthen in warm ocean waters with temperatures typically above 26.5 degrees Celsius (80 degrees Fahrenheit). Warm ocean waters give the required energy and moisture for the creation of the cyclone.
Moisture and Instability: High amounts of moisture in the lower atmosphere help tropical cyclones form and intensify. When paired with atmospheric instability, such as vertical wind shear, it produces an ideal setting for convective activity and storm development.
Low Vertical Wind Shear: Tropical cyclones thrive in an environment with low vertical wind shear, which refers to the change in wind speed and direction with altitude. Low wind shear allows the cyclone's core to remain intact and facilitates its organization and intensification.
Coriolis Effect: The Coriolis effect, caused by the Earth's rotation, plays a crucial role in tropical cyclone formation. It deflects winds in the cyclone's circulation, creating a rotating system. This effect becomes more pronounced as the cyclone moves away from the equator.
Convergence and Rising Air: Areas of convergence, where winds converge and ascend, help initiate tropical cyclone development. The rising air creates low pressure at the surface, promoting the formation of thunderstorms and the cyclone's central core.
Favorable Atmospheric circumstances: A variety of atmospheric circumstances, including high humidity, unstable air masses, and adequate upper-level divergence, contribute to the formation and maintenance of tropical cyclones. These conditions allow for a steady supply of warm, moist air and the release of latent heat, which fuels the cyclone's energy.
Tropical cyclones are complex systems that are impacted by both short-term and long-term elements such as larger-scale weather patterns, oceanic conditions, and climate variability. Individual cyclones, such as Tropical Cyclone Ana, are formed, tracked, and intensified by the interaction of these elements.
A region of convection known as Invest 93S northeast of Madagascar gave rise to Ana, the first named storm of the South-West Indian Ocean cyclone season in 2021–22. After making landfall in Mozambique on January 24, moderate Tropical Storm Ana weakened.
To support their growth, tropical cyclones need a lot of moisture and an unstable atmosphere. Rapidly rising warm, wet air cools and condenses, forming clouds and releasing latent heat that intensifies the storm's upward speed. According to our findings, Ana may have had an impact on more than 195,977 people in Mozambique while just 79,003 people in Madagascar may have been affected.
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Which Asian language has seven dialects, including Mandarin?
Answer:
Chinese
Explanation:
Chinese language has seven dialects, including Mandarin.
If you were the minister of department of environmental affairs, how were you going to solve the problems brought by climate change in South Africa
As the Minister of Environmental Affairs, I could promote renewable energy, sustainable agriculture and forestry, conservation of ecosystems, public training, and worldwide collaboration to address weather exchange in South Africa.
As the Minister of the Department of Environmental Affairs in South Africa, I might prioritize the implementation of renewable energy tasks to reduce the united states' carbon emissions. I could additionally paint to create regulations that sell sustainable practices in agriculture, forestry, and fishing, and make sure the safety and conservation of crucial ecosystems.
Additionally, I would prioritize education and public attention campaigns to increase expertise and movement on climate trade, while additionally running with worldwide partners to coordinate efforts to mitigate the influences of weather change on South Africa's prone populations.
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What does this picture show?
•the climate of New England, because it shows the precipitation over a few days
•the climate of New England, because it shows the precipitation over many decades
•weather conditions in New England, because it shows the precipitation over a few days
•weather conditions in New England, because it shows the precipitation over many decades
Answer:
c
Explanation:
It only shows 2 days, so it couldn't be climate. It also couldn't be decades since it's showing the same year. pls mark brainliest
Which types of baryonic matter are most abundant in the universe? Select the two correct answers.
1. carbon
2. nitrogen
3. helium
4. oxygen
5. hydrogen
Answer:
hydrogen and helium
Explanation:
Hydrogen and helium are estimated to make up roughly 74% and 24% of all baryonic matter in the universe respectively.
The two baryonic matter that are most abundant in the universe are
Helium HydrogenThese two elements according to scientific facts make up about 99.9 percent of the matter that is contained in the universe.
Of these two, hydrogen has a greater percentage in the universe. It has 75 percent of matter.
Helium is next after hydrogen. It has about 25 percent of the total atoms that can be found in the entire universe.
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Throughout the course, you have reviewed the four basic phases of GPS field projects: preparation, field operation, data processing, and final report. In addition, from the GPS activities completed in the course, you have already gone through a short version of these four phases, probably without even realizing it. In this discussion assignment, I would like you to use your experience with GPS data collection to design a GPS field data collection project with a focus on the preparation phase.
The preparation phase of a GPS data collection project is critical for the project's success as careful planning would help ensure that GPS project is successful and meets the project objectives. Some key considerations in the preparation phase include:
Project Objectives: Clearly define the purpose of the project, including specific goals and objectives that the data collection will achieve.
Research Questions: Develop a list of research questions that will guide the data collection process.
Study Area: Identify the geographical area where the data will be collected and conduct a site visit to assess any potential logistical challenges.
GPS Equipment: Select appropriate GPS equipment based on the specific needs of the project and ensure it is properly calibrated and functioning.
Field Plan: Develop a detailed field plan that outlines the data collection process, including timelines, personnel, and logistics.
Data Management Plan: Determine how the data will be managed, including data storage, quality control measures, and analysis procedures.
Ethical Considerations: Consider any ethical concerns related to the collection and use of the data, including privacy, confidentiality, and informed consent.
Budget: Develop a budget that accounts for all expenses related to the project, including equipment, personnel, and data management.
Risk Management: Identify and assess potential risks to the project, and develop strategies to mitigate them.
Although these are the some key considerations, when you design your preparation phase, I would like you to specifically focus on (a) study the area where data collection will take place, (b) select appropriate GPS equipment - in this case, your smartphone - and (c) develop a detailed field plan.
When studying the area where data collection will take place, you should consider any potential challenges, such as environmental factors that may affect GPS signals, terrain, or other obstacles that could affect data collection (gathering any existing data or maps of the area would help in this step).
For selecting appropriate GPS equipment, think about factors including the accuracy of the GPS receiver, battery life, storage capacity, and compatibility with any necessary software or data management systems.
When designing a field plan, some factors you should consider include the number of personnel needed, their roles and responsibilities, the data collection schedule, and any necessary safety measures.
Let's design the preparation phase for a GPS project. You can either use the GPS activities as a project or develop your own project. There is no correct format for this assignment, but you should ensure that you discuss at least two factors of the three (study area, GPS equipment, and a field plan) above that should be considered in the preparation phase. In short, suppose you intend to gather GPS data in the field. Before embarking on data collection, it is essential to undertake field preparation. What factors should you consider during this phase of preparation?
Factors to consider during the preparation phase: study area assessment (environmental challenges, existing data/maps) and selection of appropriate GPS equipment (accuracy, battery life, storage, compatibility).
Project: Study on Wildlife Movement Patterns in a National Park
Project Objectives:
Determine the movement patterns of wildlife species within the national park.
Identify key habitat areas and corridors used by wildlife for migration and foraging.
Assess the impact of human activities and infrastructure on wildlife movements.
Provide data to support wildlife conservation and management efforts.
Research Questions:
How do different wildlife species move within the national park?
Are there specific habitats or corridors preferred by certain species?
How do human activities, such as roads or settlements, affect wildlife movement?
Are there seasonal variations in wildlife movement patterns?
How can the collected data contribute to effective conservation strategies?
Study Area:
The study will focus on XYZ National Park, covering an area of approximately 500 square kilometers. The park consists of diverse ecosystems, including forests, grasslands, and water bodies. A site visit will be conducted to gather firsthand information about the park's topography, vegetation, potential GPS signal obstructions (e.g., dense tree cover, cliffs), and any logistical challenges related to accessibility or safety.
GPS Equipment:
For this project, we will utilize smartphones equipped with GPS capabilities as the primary data collection tool. Factors to consider when selecting appropriate GPS equipment include:
Accuracy: Evaluate the accuracy of the smartphone's built-in GPS receiver and assess if it meets the desired level of precision for wildlife tracking purposes.
Battery Life: Ensure that the smartphone has sufficient battery life to support extended fieldwork durations and consider backup power options if needed.
Storage Capacity: Verify that the smartphone has ample storage capacity to store GPS data, photos, and associated metadata.
Software Compatibility: Ensure that the smartphone is compatible with GPS data collection software that allows for efficient data logging, synchronization, and export.
Field Plan:
Personnel: Form a team consisting of experienced field researchers and wildlife experts who are knowledgeable about GPS data collection and the target wildlife species.
Roles and Responsibilities:
Team Leader: Oversee the entire field operation, coordinate with park authorities, and manage the data collection process.
Field Researchers: Conduct on-site data collection, including GPS tracking, visual observations, and data recording.
Wildlife Experts: Provide guidance on wildlife behavior, assist in data interpretation, and ensure ethical considerations are met.
Data Collection Schedule:
Determine the appropriate season(s) for data collection, considering wildlife migration patterns and other relevant ecological factors.
Establish a daily data collection schedule, accounting for optimal tracking periods, weather conditions, and wildlife activity patterns.
Safety Measures:
Conduct a comprehensive risk assessment to identify potential hazards in the field, such as encounters with dangerous wildlife or difficult terrain.
Implement safety protocols, including communication procedures, first aid kits, and emergency response plans.
Provide training to the team members on wildlife behavior, handling GPS equipment, and safety guidelines.
By considering these factors during the preparation phase, the project aims to ensure a successful and well-executed GPS data collection endeavor. The study area assessment helps anticipate challenges and adapt the field plan accordingly, while the selection of appropriate GPS equipment and development of a detailed field plan enable efficient and accurate data collection, focusing on wildlife movement patterns in the national park.
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muslim geographers were the first to calculate the diameter of the earth to being accurate with in 1%.
T/F?
Muslim geographers were the first to calculate the diameter of the earth to being accurate with in 1%. This statement is FALSE.
The correct statement is that Muslim geographers were the second to calculate the diameter of the Earth to within 1% accuracy. He was Abu Rayhan al-Biruni. Al-Biruni is a prominent figure in Islamic mathematics. He made significant contributions to astronomy, mathematics, physics, medicine, and history. Al-Biruni finds that the radios of the earth is 6,340 km, while the actual radius is 6,371 km. It is less than 1% accurate compared to the actual size. He did the measurement in the 11th century.
On the other hands, the geographer was the first calculate the diameter of the earth to being accurate 1% is Eratosthenes, a Greek Mathematician. He finds the circumference of the earth to be 40,250 to 45,900 kilometers. The actual earth's circumference is 40,096 kilometers. His calculation is less than 1% accurate compared to the actual size. He did the measurement around 500 B.C
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If you were to compare the consistency of the mantle to a type of food, what would best describe it?
The consistency of the mantle can be compared to the consistency of caramel.
What is mantle?The majority of the interior of the Earth is made up of the mantle. The Earth's thin exterior layer, the crust, and its deep, extremely hot core are separated by the mantle. About 84 percent of Earth's entire volume, or 2,900 kilometers (1,802 miles), is made up of the mantle.
It makes up around 84 percent of the volume of the Earth and has a thickness of 2,900 kilometers (1,800 mi). Although it is mostly solid, it acts like a viscous fluid over geologic time scales, sometimes being compared to caramel in consistency.
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the uses of wall maps
Explanation:
Wall maps are a good source of referenceWall maps are a good source of referenceWall maps installed at home or office, quickly turn into a handy tool of reference. For instance, families start referring to the map while planning trips. They may also use maps to share important memories from the pastWhich of the following would be an example-of outsourcing?
A -business owner moves her/his factory overseas to India to hire cheap labor.
B-An entrepreneur works in their home producing vinyl decals on shirts to sell on Etsy
C-An entrepreneur is forced to shut down their business by the government to preserve national resources
D-A business owner chooses to keep their factory in America to provide jobs to Americans.
Children in Ms. Kimbrell's classroom are encouraged to engage in dramatic play. They have clothes they can
wear to dress up as police officers, fire fighters, and doctors. Through their play the children decide what
each of these occupations can and cannot do. The children then internalize what each of the jobs looks like
when it is performed. This internalizing is best described by which theory from your book?
O Evolutionary Developmental Theory
Bioecological Theory
Sociocultural Theory
Family Systems Theory
The process of children in Ms. Kimbrell's classroom internalizing the roles of various professions through play is best described by the Sociocultural Theory. This theory suggests that children learn by interacting with their social environment.
Explanation:The act of children internalizing the roles and responsibilities of different professions through play in Ms. Kimbrell's classroom is best described by the Sociocultural Theory. Proposed by Vygotsky, this theory suggests that children learn and internalize cultural behaviors, norms, and roles through social interaction. In this case, the act of dressing up and role-playing as police officers, firefighters, and doctors helps the children understand and internalize what each of these jobs looks like when performed. It's a way of learning that is central to the sociocultural perspective.
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What ocean is between Peru and South Africa
Answer:
i think its the pacific.
Explanation:
Governments use monetary policy in order to:
A. prevent inflation and control the price of goods in the country
B. punish citizens who refuse to pay taxes and follow regulations
C. make sure businesses do not harm citizens or the environment
D. reduce taxes on the country's most successful businesses
Answer:
A. prevent inflation and control the price of goods in the country
Explanation:
A monetary policy is the policy of the government that is aimed by the central banks to control the supply of money and attain sustainable economic growth and development. It aims to control interest rates and ensures price stability. It, later on, contributes to the formation of GDP of the nation, exchange rates, and unemployment of the nation.Which layer in the model represents the hottest part of the geosphere?
A.B
B.D
C.C
D.A
Answer:
d
Explanation
got it right on quiz
Which of the following convergent boundaries would most likely create s non-volcanic mountain range?
A) Continental/Oceanic
B) Continental/Continental
C) Oceanic/Oceanic
Please only respond if youre 100% sure of your answer. 20 points! Thanks!
The Oceanic/Oceanic convergent boundaries would probably result in the formation of a non-volcanic mountain range.
The correct option is C.
What do convergent borders mean?A region on Earth where two or so more lithospheric plates clash is known as a convergent boundary. Subduction is the inevitable sliding of one plate below the other. The Wadati-Benioff zone, a plane with a high rate of earthquakes, can be used to designate the subduction zone.
Where does a convergent border exist?Depending on the type of crust that is present from either side of the boundary—oceanic or continental—convergent borders, where two plates are moving toward one another, can be divided into three categories. The three categories are ocean-ocean, ocean-continent, as well as continent-continent.
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how can evaporation be useful in providing drinking water to people living near the ocean warm climate countries?
576 161 PART B Explain the challenges that are likely to be faced when trying to conserve natural resources
A fundamental problem for global agriculture is to manage lands without contradicting agricultural methods and natural resource management.
The Green Revolution paradigm is quite costly in terms of natural resources and biodiversity losses. Therefore, it does not apply to developing nations where family farming is the norm.
Additionally, rural areas are being targeted by other productive industries, such as the extractive industries, and are becoming more and more residential. Thus, the struggle for access to water and plant resources poses a serious threat to family farming and, more broadly, to the future of global agriculture.
The third and final section of the book is concluded by this chapter, which explores the difficulties family farming models face in using and managing natural resources, both within the context of their production system and in comparison to other agricultural and non-agricultural forms of resource use.
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COMPLETE ANSWER
THE ANSWER TO THE QUESTION IS I'M GOING TO VOTE BRAINLIEST
1. Search for other theories about the universe's origin aside from Big Bang and Creationist Theory.
2. Enumerate the theories you've searched for and explain them using your OWN understanding. (At least two-three sentences only).
3. Don't forget to cite your references.
The other theories about the universe's origin aside from Big Bang and Creationist Theory are The flat Earth, the geocentric model, heliocentricity, galacticocentricity,
The geocentric model is a cosmological theory of the universe in astronomy that places Earth at its centre. The Sun, Moon, stars, and planets all revolve around Earth according to the geocentric paradigm. The astronomy theory known as heliocentrism holds that the Sun, which is at the centre of the cosmos, revolves around the Earth and the planets. In the past, geocentrism, which put the Earth at its centre, was countered by heliocentrism.
The big bang is at the heart of the most well-researched theory of the birth of our universe. The big bang theory was developed in response to the discovery that galaxies outside of our own are travelling very quickly in every direction as if they had all been propelled by a powerful explosive force in the distant past.
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How does the action of deposition contrast
with the actions of weathering and erosion?
A. Deposition is a building process.
Weathering and erosion are wearing-
down processes.
B. Weathering and erosion allow for the
building of new land masses.
Deposition is the wearing away of land
masses.
C. Deposition always occurs slowly, over
a long period of time. Weathering and
erosion always occur quickly.
D. Weathering and erosion allow for the
formation of fossils. Deposition is the
breaking up of fossils.
Weathering and erosion allow for the formation of fossils. Deposition is the breaking up of fossils. Thus, option D is the correct option.
Rocks and minerals on the surface of the Earth weather or dissolve. Erosion is the transportation or movement of the weathered material, while deposition is the depositing of the weathered material. The deposition is the act of silt being dropped by gravity, wind, water, or ice.
Weathering causes sediment to be produced, erosion causes it to be taken away, and deposition causes it to be dumped in a new site. Any process that reduces rocks to tiny fragments is known as weathering. Weathering and the loss of sediments are two aspects of erosion. The deposition is the act of erosional agents discharging sediment.
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Comentario del plano de la ciudad de Santander
Answer:
Santander [a] es la capital de la comunidad autónoma y región histórica de Cantabria situada en la costa norte de España. Es una ciudad portuaria ubicada al este de Gijón y al oeste de Bilbao con una población de 172.000 (2017). [4]
Se cree que ha sido un puerto desde la antigüedad, debido a su favorable ubicación, y está documentado desde el siglo XI. Gran parte de la ciudad medieval se perdió en el Gran Incendio de 1941. Hoy en día, el resto del casco antiguo, la playa y otras atracciones son populares entre los turistas y otros visitantes, y su economía se basa principalmente en los servicios. El puerto todavía está muy activo y opera un servicio regular de ferry al Reino Unido. El pescado y el marisco dominan la cocina local. Santander alberga en particular la sede del banco multinacional Banco Santander, que se fundó allí.
Explanation: