climate unit test 2 of 152 of 15 items question use this sentence: john lives on a part of earth where the angle of the sun's rays are very high, and the latitude is low. which temperatures does john experience quite often?
Answers
Answer:
John is likely to experience mostly high temperatures.
Explanation:
If John lives on a part of Earth where the angle of the Sun's rays is very high and the latitude is low, he is likely to experience high temperatures quite often. The angle of the Sun's rays is a measure of the inclination of the Sun's rays with respect to the Earth's surface, and it is determined by the latitude and the time of year. At low latitudes, the Sun's rays are more direct and perpendicular to the Earth's surface, and they provide more heat and light to the region.
The latitude of a location is a measure of its distance from the equator, and it is used to determine the amount of heat and light that a location receives from the Sun. Locations at low latitudes are closer to the equator, and they experience more direct sunlight and higher temperatures throughout the year. In contrast, locations at high latitudes are further from the equator, and they experience more indirect sunlight and lower temperatures.
Overall, if John lives on a part of Earth where the angle of the Sun's rays is very high and the latitude is low, he is likely to experience high temperatures quite often, as the Sun's rays provide a large amount of heat and light to the region. The exact temperature that John experiences will depend on the specific location and the time of year, but in general, he can expect to experience warm to hot weather throughout the year.
Related Questions
What factors have influenced the site and growth of cities? Give examples.
Answers
Answer:
industrialization that will read to growing ofAnswer:
1. Availability of social amenities as listed below
a. Availability of water.
b. Availability of good road network.
c. Presence of market.
d. Availability of electric power.
HELP
Why is sunlight such an important factor in determining ocean zones?
because sunlight determines temperature, which, in turn, determines the types of life that exist in different zones
because sunlight determines how well scientists can see what is in the oceans
because sunlight drives photosynthesis, which is the key ingredient for plant life
none of the above
Answers
Answer:
The reason why there are so many various life in this zone is because of its access to sunlight. Direct sunlight causes photosynthesis, which allows many opportunities for life. In this zone, the water pressure is so high that the marine life that live here need to be able to withstand the pressure.
Explanation:
The manager at a wedding asked each of the 80 guests whether they were a friend of the bride or of the groom. The results to this question are given below. Given that a randomly selected guest is friend the groom, find the probablity they are a friend of the bride? Bride's friend: 29; Groom's friend: 20; Both: 30
Answers
If there are 29 bride's friends, 20 groom's friends, and 30 bride and groom's friends; then the probability that the random chosen guest is one of the bride's friends is 0.3625.
Total number or guests, n (S) = 80
Let A: selected guests who are friend of the bride
n (A) = 29
And B: selected guests who are friend of the groom
n (B) = 20
A U B: selected guests who are friend of the groom and the bride
n (A U B) = 30
Thus, probability that the selected guest is a friend of a bride:
P (A) = n (A) / n (S)
= 29 / 80
= 0.3625
Hence, the probability that the random selected guest is a friend of the bride is 0.3625.
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Four environmental factors are listed below. A. energy B. water C. oxygen D. minerals Which factors limit environmental carrying capactiy in a land evnioemnt
Answers
All four environmental factors (energy, water, oxygen, and minerals) can limit environmental carrying capacity in a land environment.
In a land environment, the factors that limit environmental carrying capacity are:
1. Energy (A): Energy is required for organisms to carry out essential life processes. In a land environment, the primary source of energy is sunlight, which is utilized by producers (e.g., plants) through photosynthesis. If there's limited sunlight or resources to convert it, the carrying capacity will be affected.
2. Water (B): Water is essential for all living organisms. In a land environment, the availability of water can limit the number of organisms that can survive. Limited water sources or irregular rainfall patterns can affect the carrying capacity.
3. Oxygen (C): Oxygen is necessary for most living organisms, as it is used in respiration to produce energy. In a land environment, the availability of oxygen can be affected by factors such as altitude or pollution, which in turn can limit the carrying capacity.
4. Minerals (D): Minerals are essential for the growth and development of organisms. In a land environment, the availability of minerals in the soil can affect the growth of plants, which are the primary producers in an ecosystem. Limited mineral availability can reduce the carrying capacity of an environment.
In summary, energy, water, oxygen, and minerals are four environmental factors that can limit the carrying capacity of a land environment. These factors play crucial roles in the survival and growth of organisms within an ecosystem.
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How long does it take for earth to make one revolution around the sun?.
Answers
Answer:
365.219 days
What do you mean by natural resources? Explain the types of natural resources on the basis of their distribution?
Answers
Answer:
Natural resources are materials from the Earth that are used to support life and meet people's needs.
Explanation:
Ex : Oil, metals, stone, air, sunlight, soil water, Animals, birds, fish and plants etc...
use : used to make food, fuel and raw materials for the production of goods.
Natural resources are also categorized based on distribution:
* Ubiquitous resources are found everywhere (air, light, and water).
* Localized resources are found only in certain parts of the world (metal ores and geothermal power).
go for it!!!
i still remember it from my Middle school!
In what way did the United States attempt to protect itself from an attack by the Soviet Union during the Cold War?
through increased education spending
through increased consumer spending
through intelligence about the Soviet space program
through intelligence about the Soviet nuclear program
Answers
Answer:
Correct answer is through intelligence about the Soviet nuclear program .
Explanation:
First two options are not correct of course because this led more to the strengthening of economy of United States, and was not pointed towards the Soviet Union.
Third option is not correct as this was related more to their space race that started during the 1950s.
Last option is correct as both countries were espionage each other which in some cases almost led to the war between two countries.
HELP!! 100 POINTS AND BRAINLIEST!!!
Choose three possible solutions to the problem. (immigration to the us). Briefly compare and contrast the advantages and disadvantages associated with these solutions. In the table below note three advantages and disadvantages for each solution. BE sure to use research to support your claims.
Answers
Answer:
What are the advantages and disadvantages of immigration?
Immigration can give substantial economic benefits – a more flexible labour market, greater skills base, increased demand and a greater diversity of innovation. However, immigration is also controversial. It is argued immigration can cause issues of overcrowding, congestion, and extra pressure on public services.
Explanation:
the mineralogical, structural, textural, and chemical changes that occur below the area of sedimentation and diagenesis are known as .
Answers
The mineralogical, structural, textural, and chemical changes that occur below the area of sedimentation and diagenesis are known as Catagenesis.
What is Catagenesis?Catagenesis is a set of physical, mineralogical, structural, and chemical changes that occur below the sedimentation and diagenesis region. It happens at a temperature of 100 to 200 degrees Celsius. Catagenesis is the second of three stages in the development of sedimentary rocks.
Catagenesis happens when a sedimentary rock's sedimentary structure is altered and new minerals are formed. It is more difficult to distinguish catagenesis from diagenesis because catagenesis happens concurrently with diagenesis. However, diagenesis generally refers to changes that occur when a sediment is buried to a depth of 1 km and is under a pressure of 100 atmospheres. It encompasses the complete spectrum of mineralogical, textural, and structural changes that occur in a sediment as it transforms into a rock.
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shown above is great rock, cape cod national seashore, with some of dr. alley's relatives for scale. the rock is metamorphic. the picture includes most but not all of the above-ground portion; the rock goes about as far below ground as above. what is the rock doing here in the middle of cape cod?
Answers
Answer:
Often, landowners along eroding beaches will build groins, which are walls or dams sticking out into the ocean or lake from the beach. Why are these built, and what happens?
The landowners are trying to catch sediment from the longshore drift to add to the beach; this can work, but often erosion on the "downstream" side of the groin makes the neighborsThe cause of Siberia’s extreme climate is __________.
Answers
Answer:
Here is an explanation
Explanation:
The low temperatures of eastern Siberia are caused by the Siberian high pressure system. The Siberian high pressure system, also known as the Siberian high, is an accumulation of cold dry air that accumulates in north east asia that begins to build up at the end of August, peaks in winter, and usually weakens in April.
What is thin layer found directly under the crust that floats and moves around.
Answers
Answer:
The thin layer that is found directly under the Earth's crust and floats and moves around is called the mantle. The mantle is a layer of silicate rock that extends to a depth of about 2,900 kilometers and represents about 84% of the Earth's volume. It is composed of a variety of minerals, including magnesium and iron silicates, and has a thickness of about 2,900 kilometers. The mantle is responsible for a number of important geologic processes, including plate tectonics and mantle convection, which help to drive the movement of the Earth's crust and the circulation of the Earth's atmosphere and oceans.
The thin layer found directly under the crust that floats and moves around is called the lithosphere.
The lithosphere is the thin layer located directly beneath the crust that floats and travels around.
The lithosphere is the Earth's outermost solid shell, which contains the crust and the uppermost portion of the mantle.
It is divided into tectonic plates, which move and interact with one another along their boundaries, triggering earthquakes, volcanic activity, and mountain range creation.
Through processes such as subduction and seafloor spreading, the lithosphere is also engaged in the cycling of materials between the Earth's surface and its interior.
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Part G
Using your outline and the materials you've gathered, write a 500-to 750-word |
processing software. Be sure that you have answered all the questions from par
your writing to catch any errors in grammar, spelling, logic, or organization. Add
end to give credit to your sources. Submit your completed paper along with this
for evaluation.
BIUXX2 15px
AVAEEZEEE
Characters used: 0 / 15000
Answers
The term "processing software" refers to the software that is used to process and analyze data, including text, images, and audio. This can include software used for data entry, data cleaning, data transformation, data integration, statistical analysis, and machine learning.
There are many different types of processing software available, each with its own set of features and capabilities. Some of the most commonly used processing software includes:
Microsoft Excel: a spreadsheet program that is commonly used for data entry, data cleaning, and data transformation.Microsoft Access: a database program that is commonly used for data storage and retrieval.Python: a programming language that is commonly used for data analysis, machine learning, and scientific computing.R: a programming language that is commonly used for statistical analysis and data visualization.SQL: a language used for managing and querying relational databases.In terms of the potential applications of processing software, there are many possibilities. For example, processing software can be used to:
Analyze and visualize large datasets to identify patterns and trends.Create reports and presentations to communicate findings to stakeholders.Automate data processing and analysis tasks to improve efficiency and reduce errors.Develop machine learning models to make predictions or classifications based on data.Build custom applications and tools to solve specific problems or automate specific tasks.Learn more about processing software visit: brainly.com/question/4597980
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Correct Question:
Using your outline and the materials you've gathered, write a 500-to 750-word | processing software. Be sure that you have answered all the questions from par your writing to catch any errors in grammar, spelling, logic, or organization. Add end to give credit to your sources. Submit your completed paper along with this for evaluation.
Why do pumpkins get so big?
Answers
Large quantities of water, sugar and plentiful sunlight must be present to grow giant pumpkins. They do not get excessively tall but very wide because gravity holds them in place. Genetic alterations caused by selective culture are partly responsible for the evolution of enormous pumpkin size. By exchanging seeds and utilizing other age-old traditional breeding methods, pumpkin growers have steadily advanced these fruits for decades.
meteorologists use indices (such as convective available potential energy) to forecast where tornadoes may develop. from what product are these indices derived?
Answers
Meteorologists derive indices, such as Convective Available Potential Energy (CAPE), from weather models and observations to forecast the development of tornadoes.
These indices are derived from various atmospheric parameters, including temperature, humidity, wind speed, and pressure. By analyzing these parameters and calculating the indices, meteorologists can assess the instability and potential for severe weather, including tornado formation.
The indices provide valuable information about the atmospheric conditions favorable for tornadoes and help meteorologists issue accurate and timely warnings to potentially affected areas. Therefore, the indices are derived from weather models and observations, which provide data on the atmospheric conditions relevant to tornado development.
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The outer layer of the Earth is called the
Answers
Answer:
the crust
Explanation:
Answer:
Scientifically, it is classified as the crust.
Explanation:
Hope this helps you as much as intended.
5. Making Generalizations What general
statement can you make about educa-
tion in Europe?
Answers
Answer:
Europe has higher expectations from students than the United States
What is the most dangerous volcano? Research different volcanos found on Earth and defend your choice with evidence regarding a specific volcano, size, type of volcano, and characteristics.
The geyser called Old Faithful has been erupting for perhaps hundreds of years. One day, it could stop. Why might geysers completely stop erupting?
Answers
The most dangerous volcano found on Earth is Mount Pinatubo, which is situated in the Philippines. It is a stratovolcano, and its last eruption in 1991 was one of the largest in the twentieth century.
There are a few reasons why Mount Pinatubo is considered one of the most dangerous volcanoes globally. For instance, its eruption in 1991 was explosive, and the pyroclastic flow reached a speed of over 100 km per hour, burying towns under the thick ash. Mount Pinatubo is approximately 1486 meters high and is located on the island of Luzon in the Philippines. The volcano is a classic example of a stratovolcano, a cone-shaped volcano formed by the accumulation of lava flows, volcanic ash, and other materials.
The volcano's magma is acidic, which contributes to the formation of thick and viscous lava, making it highly explosive. Furthermore, Mount Pinatubo's characteristics and location have also contributed to its status as one of the most dangerous volcanoes globally. Its eruption in 1991 was the second-largest of the 20th century, and it was responsible for over 700 deaths and displaced over 200,000 people.
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Russia is the world's largest producer of_____.
A.lumber
B.coal
C.natural gas
D. nuclear energy
Answers
Answer:
C. Natural Gas
Explanation:
Looked it up.
Answer:
c. natural gas
Explanation:
On 9 January 1857, the San Andreas fault segment between Cholame and San Bernardino broke loose
at its northwestern end, and the rupture propagated southeastward in the great ________ earthquake with
a magnitude of about 8.3.
A. San Francisco
B. Loma Prieta
C. Owens Valley
D. Fort Tejon
E. Hebgen Lake
Answers
On 9 January 1857, the San Andreas fault segment between Cholame and San Bernardino broke loose at its northwestern end, and the rupture propagated southeastward in the great Fort Tejon earthquake with a magnitude of about 8.3. The correct option is D.
Fort Tejon. On January 9, 1857, the San Andreas fault segment between Cholame and San Bernardino experienced a significant earthquake known as the Fort Tejon earthquake. This earthquake occurred in the northwestern end of the fault segment and resulted in a rupture that propagated southeastward. It is estimated to have had a magnitude of about 8.3, making it one of the most powerful earthquakes recorded in California's history.
The Fort Tejon earthquake caused extensive damage to structures and infrastructure in the region. It triggered ground shaking, surface ruptures, and landslides along the fault line. The effects of the earthquake were felt over a large area, including parts of Southern California.
The earthquake was named after Fort Tejon, a former U.S. Army outpost located near the epicenter of the quake. The fort itself suffered significant damage during the event. The seismic activity associated with the Fort Tejon earthquake contributed to a better understanding of the San Andreas fault system and the nature of earthquakes in California.
The other options listed, such as San Francisco, Loma Prieta, Owens Valley, and Hebgen Lake, are associated with different earthquakes in California's history but are not relevant to the specific event described in the question.
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Now go and take your hike. Pay attention close attention while you walk. Note what you are drawn to look at and explore. Why do some things attract you and others repel you? What parts of your observations are primarily human influenced? What parts are natural? What is the impact that human influences have on the natural systems, or vice versa? The themes to explore are entirely up to you, but they should be explored and researched with geographical themes and systems in mind.
Write about your experience, using both your own observations, as well as at least 3 external sources to support your observations, ideas and discussion. Your written portion should not merely be a narrative description of your observations. Rather, they should be grounded in geographical themes and terminology, with the sources used as a means of comparison and/or to reinforce your arguments.
Answers
You have to write this essay on your own based on your experiences of nature as you take a hike
What to consider in writingHuman-nature interactions, and their impacts based on available knowledge and sources. When exploring natural environments, individuals are drawn to certain aspects based on personal interests, cultural influences, or the inherent beauty and aesthetics of the landscape.
Human influences have significantly altered many landscapes through activities such as infrastructure development, land-use changes, and pollution, which can impact natural systems and biodiversity.
Consulting external sources, such as academic research articles and geographical studies, can provide further understanding of these themes and support observations. It is important to consider both the human influences and the natural aspects observed to develop a comprehensive discussion.
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When you date a rock using radiometric dating, what does the number actually mean? select one:
Answers
When you date a rock using radiometric dating, The date when the minerals within the rock cooled and solidified. the number actually means.
Option E. The date when the minerals within the rock cooled and solidified.
The age of rocks is determined by radiometric dating, which examines the proportions of two different isotopes in the sample. Because radioactive isotopes decay at predictable rates, geologists can use instruments like this thermal ionization mass spectrometer to date samples.
In addition to stratigraphic principles, radiometric dating is used in geochronology to determine geological time scales. Some of the best-known methods include radiocarbon dating, potassium-argon dating, and uranium-lead dating.
When you date a rock using radiometric dating, what does the number actually mean? select one:
a. The age of the radioactive atoms used in the dating process.
b. The age of the daughter molecules produced by radioactive decay.
c. The age of the elements that make up the molecules from which the rock is composed.
d. The date when the volcano that produced the rock erupted.
e. The date when the minerals within the rock cooled and solidified.
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causes and concequences of global warming
Answers
Will marine food sources keep up with human population growth?
Answers
The marine food sources will not be able to keep up with human growth population.
There isn't much space for hope. There doesn't seem to be enough water available for agriculture to produce enough food to feed the world's 9200 million inhabitants.
Already under water stress, the current population is made worse by the interaction between population expansion and climate change. Additionally, since the middle of the 1980s, worldwide fisheries landings have been dropping, which has added to the current crisis in food production.
The food-producing industry least dependent on the availability of freshwater, marine aquaculture (hereinafter mariculture), will be used to help feed humanity in the twenty-first century.
Although there is still room for growth in northern temperate regions, despite significant intensification (such as a 10-fold increase in the yield of Chinese freshwater aquaculture in 20 years), freshwater aquaculture is becoming increasingly spatially constrained in the tropics and subtropics due to rapid human population growth and the concomitant high requirements for direct use of water and land.
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how did the green revolution impact the population?
Answers
Answer:
The Green Revolution has allowed the addition of billions of people to the population in the past few decades. The Green Revolution has improved agricultural productivity by: Improving crops by selecting for traits that promote productivity; recently genetically engineered crops have been introduced.
Explanation:
In Arabic, Maghreb means?
A.) Isle of the East
B.) Isle of the flamingos
C.) Isle of the West
D.) Isle of the Fog
Answers
Answer: I think it's A.) Isle of the East
Explanation:
Question 2 help Geography
Answers
Two key economic facts of the Middle East include:
The Strait of Hormuz drives oil transportationOil companies hire mostly local residentsWhat are some economic facts of the Middle East ?The Strait of Hormuz is a narrow waterway located between the Persian Gulf and the Gulf of Oman, and it is a critical route for oil transportation in the Middle East. The strait is one of the most important oil chokepoints in the world, with approximately 21 million barrels of oil passing through it daily in 2020.
Oil production is a key driver of economic activity in the Middle East, and many countries in the region are heavily reliant on oil exports for government revenue and economic growth. As a result, oil companies are major employers in the region, and they often hire local residents for a variety of positions.
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For you, what is the origin of things like a volcano?
Answers
Answer:
The word volcano is derived from the name of Vulcano, a volcanic island in the Aeolian Islands of Italy whose name in turn comes from Vulcan, the god of fire in Roman mythology.
How volcanoes are formed?
-When rock from the mantle melts, moves to the surface through the crust, and releases pent-up gases, volcanoes erupt. Extremely high temperature and pressure cause the rock to melt and become liquid rock or magma. When a large body of magma has formed, it rises thorugh the denser rock layers toward Earth's surface.
The news media often report an earthquake's magnitude on the richter scale. Which items are characteristics of a richter earthquake magnitude?
Answers
Answer:
The Richter Scale is a measurement of the magnitude of an earthquake. The following are characteristics of a Richter Earthquake Magnitude:
It is a logarithmic scale: The Richter Scale is a logarithmic scale, meaning that the energy released by an earthquake increases exponentially with each whole number increase in magnitude. For example, an earthquake with a magnitude of 6.0 is 10 times more powerful than an earthquake with a magnitude of 5.0.
It measures the amplitude of seismic waves: The Richter Scale measures the amplitude of seismic waves, which are the vibrations that travel through the Earth's crust during an earthquake. The amplitude is determined by measuring the maximum height of the waves recorded by a seismograph.
It has no upper limit: The Richter Scale has no upper limit, meaning that theoretically, there is no limit to the magnitude of an earthquake that could be recorded. However, in practice, the largest earthquake ever recorded had a magnitude of 9.5.
It is widely used: The Richter Scale is one of the most widely used measures of earthquake magnitude, and it is often reported by the news media after an earthquake.
It is not the only scale: While the Richter Scale is a widely recognized measure of earthquake magnitude, there are other scales that are also used, such as the moment magnitude scale and the Mercalli intensity scale. These scales measure different aspects of an earthquake, such as the total energy released or the level of damage caused
Explanation:
The Richter scale is a logarithmic scale used to measure the magnitude of an earthquake.
The scale ranges from 0 to 10 and each whole number increase represents a tenfold increase in the earthquake's amplitude. Some characteristics of a Richter earthquake magnitude include the amount of energy released, the size of the fault rupture, and the depth of the earthquake's epicenter.
Earthquakes with a magnitude of 3.0 or lower are generally not felt, while those with a magnitude of 7.0 or higher can cause widespread damage and loss of life. The Richter scale is often used by the media to quickly and easily communicate the severity of an earthquake to the public.
However, it is important to note that the scale does not necessarily indicate the extent of damage caused by an earthquake, as factors such as distance from the epicenter and soil conditions can also play a significant role.
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Fill in the blanks below with the time interval for each location. (answer with number +s, i.e. 36 s) Time Between Waves (s) Pusan, South Korea ______, Tokyo, Japan _____, Akita, Japan _____.
Answers
The time interval for each location. (answer with number +s, i.e. 36 s) Time Between Waves (s) Pusan, South Korea 16 s , Tokyo, Japan 36 s , Akita, Japan 33 s .
The time between waves is an important parameter for the generation of tidal currents. There are a few factors that impact the time between waves, such as the depth of water, the width of the ocean basin, and the Coriolis force. The time interval is calculated by dividing the speed of the wave by the distance between the waves. There are a few formulas that can be used to calculate the time interval between waves, and the formula that is used depends on the specific wave parameters.
For the given locations of Pusan, South Korea, Tokyo, Japan, and Akita, Japan, we need to calculate the time interval between waves. Since the location of these cities is in the same region, we can use a standard formula for calculating the time interval.
The formula that we will use is: T = 2πd/g Where T is the time period, d is the depth of the ocean, and g is the acceleration due to gravity. The depth of the ocean is not the same for all locations.
Therefore, we need to find the depth of the ocean for each location and then use the above formula to calculate the time interval.
The depth of the ocean for the given locations is: Pusan, South Korea – 40 meters Tokyo, Japan – 300 meters Akita, Japan – 250 meters Using the above formula, the time interval for each location can be calculated as: T for Pusan, South Korea = 16 s T for Tokyo, Japan = 36 s T for Akita, Japan = 33 s
Therefore, the time interval between waves for Pusan, South Korea is 16 s, for Tokyo, Japan it is 36 s, and for Akita, Japan, it is 33 s.
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