Answers
Answer:
B
Explanation:
Europe is the smallest continent
Related Questions
Why are modern farming techniques and a reduction of biodiversity a
problem?
Check all that apply.
A. They make crops more vulnerable to disease in the long run.
B. They make plants too big, so they drink more water than is often
available.
C. Toxins in pesticides get into the world's soil and water supply.
D. Chemical fertilizers and pesticides create a race against nature
that mankind is likely to lose.
Answers
The major reasons why modern farming techniques and a reduction of biodiversity are a problem is:
A. They make crops more vulnerable to disease in the long run.C. Toxins in pesticides get into the world's soil and water supply.What are Modern Farming Techniques?This refers to the use of machines and technology in farming to make the work faster and more efficient.
Some of the modern farming techniques includes:
Genetic manipulation.Use of synthetic fertilizers.irrigation technologies.chemical pest control, etc.With this in mind, we can see that the use of modern farming techniques and the reduction in biodiversity has led to problems like toxins in pesticides get into the world's soil and water supply and making crops more vulnerable to disease in the long run.
Read more about farming techniques here:
https://brainly.com/question/976882
Explanation:
A, C, D just took the test and it was correct
name the stage of development of the mid-latitude cyclone
Answers
Answer:
Tropical disturbance, tropical depression, tropical storm, and full-fledged tropical cyclone
The study of Earth's atmosphere is known as ________.
Answers
Which of the following does not describe ionic bonding?
Answers
Answer:
Ionic bonding is a type of chemical bonding that involves the electrostatic attraction between oppositely charged ions
Explanation:
Some examples NaCl, LiF
Earth's hydrologic cycle is driven by
Answers
Answer:
The water cycle is driven primarily by energy from the sun.
Explanation:
Water vapor condenses to form clouds. Clouds result in precipitation. Precipitation falls to the ground and runs into lakes, streams, and oceans. This surface water evaporates and becomes moisture in the atmosphere.
Earth's hydrologic cycle is driven by solar energy. The hydrologic cycle, is also known as the water cycle.
Hydrologic cycle is a continuous process that involves the movement and exchange of water between the Earth's surface, atmosphere, and underground reservoirs. Solar energy plays a crucial role in driving this cycle. The Sun's radiation heats the Earth's surface, causing water to evaporate from oceans, lakes, rivers, and other bodies of water.
The water vapor rises into the atmosphere, where it cools and condenses to form clouds. Eventually, the condensed water droplets fall back to the Earth's surface as precipitation, which replenishes water sources and continues the cycle. Solar energy provides the necessary heat energy for evaporation and fuels the movement of water throughout the hydrologic cycle.
Therefore, Earth's hydrologic cycle is driven by solar energy.
Learn more about the hydrologic cycle here:
https://brainly.com/question/13729546
#SPJ6
Which word would describe something to show that it is practically, or
almost, true?
O accommodation
considerably
virtually
Which word would refer to a group that has maintained its culturally
unique way of life, separate from the dominant culture?
Answers
P
X
S
4
Q 17 R
Find x to find the answer
Answers
Answer:
the underlined word is the answer
Explanation:
p
x
s
4
q 17 R
find x to find the answer.
A U.S. business has hired workers in China to manufacture its products. This is an example of:
A: outsourcing
B: Diversity
C: Industrialization
D: Exporting
Answers
Answer:
A: outsourcing
Explanation:
Which statement is NOT true regarding Earth's climate?
Answers
The incorrect statement among given options is Earth's Climate has stayed the same throughout the past. Option D is incorrect.
What is Earth's Climate in past years?Around the young sun, 4.6 billion years ago, a mixture of dust and gas gave rise to the Earth.
It expanded as a result of numerous collisions with asteroids, dust particles, and other expanding planets, including one final massive impact that flung enough rock, gas, and dust into space to create the moon which also make the climate of Earth.
Because the surface & surrounding of the Earth changes the Climate also change. The first billion years of Earth's existence were radically different from what it is today.
The globe was typically warmer during the time, albeit the sun was cooler. This is because the atmosphere contained large amounts of greenhouse gases like carbon dioxide and methane. Additionally, there was hardly any oxygen in the atmosphere at the time.
Thus air, water, land, and life make up the components of the Earth's climate system which is gradually changing with the change in its environment.
To know more Earth's Climate in past years refer:
https://brainly.com/question/1952657
#SPJ6
Female cones produce _________, which contain an egg.
Answers
Answer:
The answer is ovule
Explanation:
I had a similar question. Hope this helps
A 10-25 P B Resistant Quartzite Shale 25-45' Shale Resistant Sandstone C >45 Leas Resistent Strata Resistent Strate [Source 2.4.1 Identify the feature labelled A. 2.4.2 Differentiate between features labelled A and C. 2.4.3 Classify the slopes P and Q
Answers
Answer:
2.4.1 What do you call a rock that doesn't erode easily? A resistant stratum or a resistant layer. This is a hard or tough layer of rock that can withstand the forces of erosion better than the other layers around it. For example, the feature labelled A is made of quartzite, which is a rock that used to be sandstone but got transformed by heat and pressure. Quartzite is so hard that it can scratch glass and it is mostly made of quartz.
2.4.2 How can you tell the difference between feature A and feature C? Well, they are not the same in how they were formed, what they are made of and how fast they erode. Feature A is a resistant layer of quartzite, which is a metamorphic rock that changed from sandstone because of heat and pressure. Feature C is a less resistant stratum or a less resistant layer. This is a soft or crumbly layer of rock that gets worn away faster than the other layers around it. For example, the feature labelled C is made of shale, which is a rock that came from mud that had clay and quartz in it. Shale is so soft that it can break into thin layers.
2.4.3 Why do slopes P and Q look different? Because they are concave slopes and convex slopes, respectively. A concave slope is a slope that bends inwards or downwards, like a bowl. A convex slope is a slope that bends outwards or upwards, like a dome. Concave slopes usually form on resistant layers that erode slower than the layers below them, creating a ledge or a cliff. Convex slopes usually form on less resistant layers that erode faster than the layers above them, creating a smooth slope or a valley.
Define in sentence form free soilers and Fred scott decision
Answers
Answer:
discuss how the karoo landscape hinder the development of agriculture in the area
1.Write the application of structural geology. 2.Write the importance of structural geology in engineering. 3.Write the role of geological structures for groundwater occurrence and flow. 4. A cylindrical sample is subjected to axial compression: Vertical axial compressive stress (a) parallel to the length of the core is taken to higher level. Using the Mohr Stress diagram, calculate the values of normal stress and shear stress. Ob = 500 Pa Ja = 1500 Pa b=50°
Answers
1. People apply structural geology to understand, predict, and mitigate damage from earthquakes.
2. Understanding folds and faults is critical in structural geology because they can form traps in which fluids such as oil and natural gas accumulate and concentrate.
Why is structural geology important in engineering?Structural geology is an important area of engineering geology, which is concerned with the mechanical and physical properties of rocks. It offers vital ideas for attempting to comprehend the deformation of the rock and lithosphere.
List the significance of geological formations for the presence and flow of groundwater.
In the hydrological cycle, groundwater contributes significantly to the flow of many rivers and streams flows and has a significant impact on the habitats of rivers and wetlands for animals and plants. For thousands of years, people have used groundwater.
3. Geology governs the occurrence, movement, and storage of groundwater. Petrography, stratigraphy, structure, geomorphology, lithology, and thickness are geologic factors that influence groundwater. The petrography of a particular rock type governs its porosity and permeability.
4. We will calculate the major and minor principal stresses:
σ1 = (ob + ja) / 2 + (ja - ob) / 2 * cos(2b)
σ2 = (ob + ja) / 2 - (ja - ob) / 2 * cos(2b)
The normal stress on the plane at angle b can be calculated as:
σ = (σ1 + σ2) / 2 + (σ1 - σ2) / 2 * cos(2b)
The shear stress on the plane at angle b can be calculated as:
τ = (σ1 - σ2) / 2 * sin(2b)
Applying the formulas, we have:
σ1 = (500 + 1500) / 2 + (1500 - 500) / 2 * cos(2 * 50) = 1000 + 500 * 0.87 = 1000 + 435 = 1435 Pa
σ2 = (500 + 1500) / 2 - (1500 - 500) / 2 * cos(2 * 50) = 1000 - 500 * 0.87 = 1000 - 435 = 565 Pa
σ = (1435 + 565) / 2 + (1435 - 565) / 2 * cos(2 * 50) = 1000 + 435 * cos(100) = 1000 + 292.5 = 1292.5 Pa
τ = (1435 - 565) / 2 * sin(2 * 50)
= 435 * sin(100)
= 435 * 0.76
= 330 Pa
To know more about lithosphere visit:
brainly.com/question/13334695
#SPJ1
1.5.1. Define the concept pollution dome. 1.5.2. Which diagram, A or B represents daytime conditions? 1.5.3. Describe the physical changes in the development of the pollution dome in diagram B. 1.5.4. People living in the city complain that they experience more health problems in the winter than in summer. Give a reason for this statement. 1.5.5. Propose strategies that the town council can implement to reduce the health issues experienced in the city
Answers
A pollution dome refers to a localized and elevated region of air pollution that forms over urban areas due to the accumulation of pollutants trapped under specific atmospheric conditions.
In diagram B, daytime conditions are represented, as indicated by the presence of vertical mixing and dispersion of pollutants.
In the development of the pollution dome in diagram B, the physical changes involve the buildup and concentration of pollutants near the surface due to the stable atmospheric conditions, characterized by a strong temperature inversion where a layer of warm air sits atop cooler air. This inversion layer acts as a lid, trapping pollutants close to the surface and preventing their vertical dispersion, leading to the formation of a dome-shaped concentration of pollution.
People living in the city experiencing more health problems in the winter than in summer can be attributed to several factors.
Firstly, during winter, the atmospheric conditions often promote the formation and persistence of pollution domes due to increased temperature inversions and reduced atmospheric dispersion. This leads to higher concentrations of pollutants in the air, which can exacerbate respiratory issues and other health problems. Additionally, in colder weather, people tend to spend more time indoors, leading to higher exposure to indoor air pollution sources such as heating systems and poor ventilation.To reduce the health issues experienced in the city, the town council can implement various strategies. These may include promoting the use of cleaner energy sources, improving public transportation to reduce vehicle emissions, implementing stricter regulations on industrial emissions, promoting green spaces and urban forestry to enhance air quality, and raising awareness about the importance of indoor air quality and providing guidelines for improving indoor environments. Additionally, implementing measures to address temperature inversions and promote atmospheric dispersion, such as urban planning strategies and monitoring systems, can also contribute to reducing the impacts of pollution on public health.
For more questions on the pollution
https://brainly.com/question/23857736
#SPJ8
Why are sedimentary rocks more useful than metamorphic or igneous rocks in establishing the relative ages of rock?
Answers
Answer:
Sedimentary rocks provide geologists with information about the history
Explanation:
Sedimentary rocks have a lot of layers, which are mostly located under the surface. These layers may contain such significant things from history/the past. Things such as animal fossils, old plants etc.
What was the knight looking for? Eldorado
Answers
If the mountain ranges of Bhutan lie parallel to the main Himalayan mountain range, how would it affect the climate of Bhutan? Explain
Answers
Answer:
The climate of Bhutan would be significantly affected by the parallel mountain ranges. The mountains act as a natural barrier, blocking the cold winds from the north and keeping colder temperatures from entering Bhutan. The mountains also trap moisture from the air, creating rain-shadow areas where there is less rainfall. This can cause drier conditions in some parts of Bhutan, while other parts may experience more rainfall. In addition, the mountains can act as a barrier to the monsoon winds, creating a more even distribution of rainfall throughout the year.
Which statement about the Columbian exchange is a fact rather than an opinion?
A.
The Columbian exchange had a positive effect on the Americas.
B.
The Columbian exchange benefited Europe more than it benefited the Americas.
C.
The Columbian exchange brought new foods and products to Europe and the Americas.
D.
The Columbian exchange created a modern Europe.
Answers
Answer:
Option C would be correct
Explanation:
Option C: The Columbian exchange is a historical fact that brought about the introduction of new foods and products to both Europe and the Americas. This phenomenon, following Christopher Columbus's voyages in the late 15th century, involved the exchange of crops, animals, and other goods between the Old World (Europe, Africa, and Asia) and the New World (the Americas).
Part D
Imagine in the future that climate change causes the destruction of the Ganges Delta, particularly the area known as the Sundarbans. Based on your reading of the knowledge Article, what is one effect such destruction would have on the local environment and its people?
Answers
Answer:
not able to plant the crops they want ......
Answer:
According to the article, the Sundarbans is an area in Bangladesh and India that is home to the world’s largest mangrove forest. Mangrove forests have adapted to flourish in salty water and provide protection against storms, as they can stop fast-rising water and strong winds. As sea levels rise, more of the mangroves are submerged, lessening their ability to stop flooding and wind damage. The destruction of the Sundarbans would result in storms having a much greater impact on the inland regions in the area. The destruction of the mangroves would force many people to leave the Sundarbans region and become environmental refugees.
Explanation:
This is the exact answer on Edmentum... so you might wanna change it up a bit.
Analyze the photo below and answer the question that follows.
The Angkor Wat building in Cambodia. A pond sits in front of the building.
Image by Bjørn Christian Tørrissen
The photo above shows Angkor Wat in Cambodia. The architecture of this temple was most influenced by which religion?
A.
Hinduism
B.
Islam
C.
Christianity
D.
Buddhism
Answers
Answer:
A.
i think. i am sorry if im wrong.
Explanation:
PLEASE HELP GEOGRAPHY Which of the following best explains the historical function of a clustered settlement?
Clustered settlements were developed in times of insecurity as a form of defense by farmers to protect themselves from roving bands of outlaws and raiders.
Clustered settlements were tightly arranged around manor houses in Europe for the convenience of the serfs who tended the fields and livestock.
Clustered settlements were constructed on ranches because they were remote, and it was more efficient to build a village on
the ranch than to travel many miles for supplies.
Clustered settlements were located on plantations to house the laborers who were hired to harvest the crops.
Clustered settlements were always arranged in a circular pattern around agricultural fields and pastures to protect the crops and domesticated livestock from wild animals.
Answers
Answer: Clustered settlements were located on plantations to house the laborers who were hired to harvest the crops.
Explanation:
Clustered settlements on plantations were constructed to house the laborers who were hired to harvest the crops. This was done to keep the workforce close to the fields and make it easier for the plantation owners to supervise and control the workers. The other options you provided could also be reasons behind the formation of clustered settlements, but the primary reason for clustered settlements on plantations is to house the labors.
Outline the Negative impact of droughts on: The Economy of South Africa
Answers
Answer:The impact of the drought in South Africa has been most strongly felt in increased food prices. For example, the prices of meat and poultry, which are popular protein sources, are quite high, making it difficult for low-income households to purchase them.
Explanation:
on september 25 2003 an earthquake that measuered 7.4 on the richter scale shook hokkaido, Japan. How much energy (joules) did the earthquake emite
Answers
Answer:
im almost done
Explanation:
like 2 more and ill be fine
Which is a good description of potential energy?
Answers
Answer:
Potential energy is stored energy that depends upon the relative position of various system parts.
Explanation:
Hope it helps:)
Levees are structures built around rivers to control and prevent flooding. Massive levees have been built around the Mississippi River. Before the levees were built, seasonal floods would deposit sediment rich in nutrients throughout the wetlands and floodplains near the Mississippi River. Now, the sediment is carried out to sea, and areas around the levees are rarely flooded.
What is a solution that reduces the impact of levees on the Mississippi River area environment?
A. increasing the height of the levee's walls to prevent all possible flooding
B. redirecting water in the continental United States to other rivers and coasts
C. digging up sediment from nearby coastal areas and distributing it onto wetlands
Answers
The solution is to rigging up sediment from nearby coastal areas and distributing it onto wetlands. The Option C is correct.
How can we mitigate the impact of levees on area environment?The most feasible solution is to bring sediment from coastal areas and distribute it onto nearby wetlands because it can help restore the natural sediment deposits that used to occur during seasonal floods.
Also, those sediment can build up the wetlands and provide a natural buffer against flooding and helping to support diverse ecosystems. While this solution may require significant effort and resources, it can help to reduce the negative impacts of levees on the Mississippi River area environment.
Read more about Mississippi River
brainly.com/question/23586034
#SPJ1
why does a DEM enable you to recognize topography most easily
Answers
This is because the vegetation has been removed from the picture, allowing the contours of the ground, including the undulations of the terrain, to be seen in as much detail as is feasible.
What is topography?Generally, The study of the shapes and characteristics of land surfaces is known as topography.
Either the actual land shapes and characteristics of an area or a description of those aspects may be referred to as the topography of a region.
In conclusion, This is due to the fact that the vegetation has been cropped out of the photograph, which makes it possible to observe the contours of the ground, including the undulations of the landscape, in as much detail as is practically possible.
Read more about topography
https://brainly.com/question/2279445
#SPJ1
Which Asian language has seven dialects, including Mandarin?
Answers
Answer:
Chinese
Explanation:
Chinese language has seven dialects, including Mandarin.
Weather forecasts help people to plan their daily activities.
Please select the best answer from the choices provided
T
F
Answers
Answer:
true
Explanation:
because it help us to plan our activities
n
Why did Friedrich Hayek call expansionary spending dangerous?
Answers
He felt it could lead to inflation and poor decisions by consumers.
Answer:
He felt it could lead to inflation and poor decisions by consumers.
Explanation:
Why do we use models in science and real life?
Answers
Answer:
Scientific models are representations of objects, systems or events and are used as tools for understanding the natural world. Models use familiar objects to represent unfamiliar things. Models can help you visualize, or picture in your mind, something that is difficult to see or understand.
Answer:
Scientific models are representations of objects, systems or events and are used as tools for understanding the natural world. Models can help scientists communicate their ideas, understand processes, and make predictions.
Explanation: