The Western Edge Of The Eyewall Of A Hurricane Moving Due Northward Just Grazes The Eastern Coast Of (2024)

Geography High School

Answers

Answer 1

At the point of contact with the eyewall, Miami has winds of 160 mph.

To calculate the wind speed at the point of contact, you can subtract the eastward movement of Miami from the northward movement of the hurricane.

Relative Wind Speed ​​= Eyewall Wind Speed ​​- Miami East Speed

Miami's eastward velocity is the hurricane's northward velocity (20 miles per hour) multiplied by the tangent to the angle between the hurricane's path and the east-west axis (in which case true north is considered the path). is equal to Therefore the angle is 0 degrees).

Miami East = 20 mph x Tan (0 degrees)

Speed ​​east of Miami = 0 miles per hour

Now we can calculate the wind speed at the contact point.

Miami Wind Speed ​​= Eyewall Wind Speed ​​- Miami East Wind Speed

Wind speed in Miami = 160 mph - 0 mph

Miami wind speed = 160 mph

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Related Questions

Which of the following scenarios is an example of industrial ecology? Select all that apply. a glass manufacturer determines that the levels of heavy metals emitted are above regulation standards and halts activity until it can be fixed a glass manufacturer devises a method by which the heavy metals used to color the glass can be recaptured from the air and re-used rather than released into the atmosphere a glass manufacturer devises a method by which recycled glass can be used to color glass rather than using heavy metals, and thereby is able to re-recycle the glass they create when it is no longer used A family is considering moving from near the center of a large city into the suburbs. Which of the following discussion points is TRUE? O If they move to the suburbs, their carbon footprint will likely increase O If they stay in the city, they will contribute more to local pollution. O If they move to the suburbs, it will cost much less for transportation. Which of the below are benefits of urban centers versus suburbs. Select all that apply. increased energy efficiency on average a decreased carbon footprint associated with transportation increased heat island effect increased greenspace Which of the below are renewed by biogeochemical cycles? Select all that apply. oxygen in the atmosphere Onitrogen and phosphorus in the soil water in rivers, lakes, and aquifers oil and coal reserves

Answers

The following scenarios are an example of industrial ecology: a glass manufacturer devises a method by which the heavy metals used to color the glass can be recaptured from the air and re-used rather than released into the atmosphere, and a glass manufacturer devises a method by which recycled glass can be used to color glass rather than using heavy metals, and thereby is able to re-recycle the glass they create when it is no longer used.Industrial ecology is the study of material and energy flows through industrial systems. The aim is to make industrial activities more sustainable and environmentally friendly. It involves optimizing both industrial processes and environmental quality. It's a broad field that includes everything from product design to the recycling of waste materials. The above-mentioned scenarios are examples of this type of ecology.

About Ecology

Ecology is a branch of biology that studies the interactions between living things and other living things and also with the surrounding environment. In environmental science, ecology is used as a basic science to understand interactions in the environment.

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Which type of scientist is most likely to study the movement of phosphorus through the environment? A. anthropologist
B. biochemist
C. geochemist D. geographer

Answers

A geochemist is most likely to study the movement of phosphorus through the environment.

Phosphorus is an essential element that plays a crucial role in various environmental processes, including nutrient cycling and ecosystem dynamics. Geochemists specialize in studying the distribution, behavior, and cycling of elements in the Earth's systems, including the movement of nutrients like phosphorus through different environmental compartments such as soils, water bodies, and sediments. They investigate the chemical properties of phosphorus, its sources, sinks, and transformations in natural systems, and how it influences biological processes and ecological interactions. Therefore, a geochemist is the scientist most likely to focus on the study of phosphorus movement in the environment.

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Imagine you are working with the Visit Greenland DMO and you were asked what the positioning strategy for Greenland should be in the future what would you write for the following: * Primary Target Group – Describe them (more than demographics, include Behavioural and Psychographics) * Greenland is what kind of tourism destination (nice place to visit or something more from an experience standpoint?) * what makes Greenland a unique place to visit (saying it’s beautiful isn’t unique – there are many beautiful places in the world)

Answers

As a working employee with the Visit Greenland DMO and being asked about the positioning strategy for Greenland as follows :

Primary Target Group – The target group is composed of people who are travel enthusiasts, nature lovers, photographers, and hikers. They are people who are looking for adventure and want to explore the untouched and natural beauty of Greenland. The primary target group is composed of people who are environmentally conscious and willing to spend more on eco-friendly tours. They are curious about experiencing different cultures and traditions. Greenland is not just a nice place to visit, it is an experience that people won't forget. It is a place where travelers can experience the culture and the traditions of the Inuit people. It is a destination where they can see the beauty of the Northern Lights. Greenland is an adventure destination where people can experience kayaking through the icebergs, trekking on glaciers, and hiking in the national parks. Greenland is a unique destination because of its untouched and natural beauty. The Greenland ice sheet, which is the second-largest ice sheet in the world, covers 80% of the country. This ice sheet creates a unique landscape and is the reason behind the formation of glaciers, icebergs, and fjords. Greenland is also home to unique wildlife like the polar bear, reindeer, and Arctic fox.
Travelers can experience the Inuit culture, which is different from any other culture in the world. They can explore the fishing villages and learn about the traditional ways of hunting and fishing.

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Explain what contour rule helped you answer Question 21. 1) Contours are spaced close together 2) Contours form closed polygons 3) Contours form a V shape that points upstream 4) Contours form a V shape that points downstream

Answers

Contour lines can help visualize the shape of the land, including hills, valleys, and other features. The contour rule that helped answer Question 21 is option 2) Contours form closed polygons.

In the context of topographic maps, contour lines represent lines of equal elevation. They connect points on a map that have the same elevation above a reference point, such as sea level.

When contours form closed polygons, it indicates a hill or a peak. This means that the elevation increases as you move toward the center of the polygon and decreases as you move away from it. This information helps in identifying elevated areas on the map and understanding the terrain.

In Question 21, the presence of closed polygons formed by the contours likely indicated the presence of hills or elevated areas. By analyzing the pattern of these closed polygons, it becomes possible to identify the topographic features and make inferences about the landscape.

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Create your own case study which must include the following:
1. Competencies
2. Space Management
3. Energy Management
4. Maintenance Management.
Marks Breakdown:
Creating a case study with all requirements - 2 Marks
Implementing correct competencies - 2 Marks
Implementing appropriate Space management - 2 Marks
Implementing appropriate energy management policies - 2
Marks
Implementing required maintenance management - 2 Marks

Answers

The facilities management team of a large corporate office building possesses the necessary competencies to effectively manage the facility's operations and maintenance.

The facilities management team implements effective space management strategies to optimize the use of available space within the office building. They conduct regular space assessments to identify underutilized areas and propose reconfigurations or repurposing opportunities.

The facilities management team places a strong emphasis on energy management within the office building. They conduct energy audits to identify areas of energy waste and implement energy-efficient measures.

The facilities management team follows a proactive maintenance management approach to ensure the optimal functioning of the building's systems and equipment. They implement a computerized maintenance management system (CMMS) to schedule and track maintenance activities, perform regular inspections, and promptly address any issues or repairs.

Therefore, by integrating competencies, effective space management, energy management policies, and maintenance management practices, the facilities management team successfully maintains a sustainable and efficient office building.

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In a warming world, climatic boundaries would tend to move ____in the Northern Hemisphere
Answers:
a. south
b. west
c. north
d. east

Answers

In a warming world, climatic boundaries would tend to move south in the Northern Hemisphere.

As the Earth warms, the climatic boundaries, such as those between different climate zones, tend to shift towards the poles. In the Northern Hemisphere, this means that the boundaries would move southward. This shift is due to various factors, including changes in atmospheric circulation patterns and the redistribution of heat across the planet. The movement of climatic boundaries has implications for weather patterns, ecosystems, and agricultural practices in affected regions.

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Which of the following is the best description of when to use standard addition? A. Standard addition should be used when sample matrix in the measurement solution alters the analyte response when compared to analyte dissolved in pure solvent. B. Standard addition should be used when metal concentration in a sample is being determined. C. Standard addition should be used when a blank control cannot be produced as part of the calibration curve. D. Standard addition should be used when soil samples are being determined. E. Standard addition should be used when interferences in metal analyses alters the value of the response.

Answers

Standard addition should be used when the presence of sample matrix in the measurement solution of the sample alters the analyte response when compared to analyte dissolved in pure solvent. Option A is the correct answer.

Spiking is the practice of introducing known concentrations of analyte to an unknown sample. The analyst may extrapolate for the concentration of analyte in the unknown that hasn't been spiked by increasing the number of spikes. The common addition can be approached in a variety of ways. Option A is the correct answer.

Analytical chemistry frequently use the standard addition technique to quantify the analyte in the unknown. When a matrix effect interferes with the analyte signal in complex samples being analyzed, this approach might be helpful. The benefit of the standard addition approach over the calibration curve method is the almost similar matrix of unknowns and standards. In determining the concentration, this reduces any possible bias brought on by the matrix effect.

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answer those one question which include 2 sub questions in it
1. a) Mahogany and teak, both very dense and heavy types of wood:
o are an example of deciduous hardwoods that come from the southern region of the boreal forest
o are found in tropical lowland forests located near the equator
b) Ozone levels are a concern because of the
o all answers are correct
o depletion of ozone levels in the upper layers of the atmosphere
o potential that certain processes once put into
motion will become irreversible
o accumulation of ozone levels in areas of lower
portions of the atmosphere
there is a one right answer for those questions

Answers

a) Mahogany and teak, both very dense and heavy types of wood are found in tropical lowland forests located near the equator. The right answer is b.

b) Ozone levels are a concern because of the depletion of ozone levels in the upper layers of the atmosphere. The right answer is b.

Teak is a type of tropical hardwood tree. In mixed hardwood woods, it is a deciduous tree.Teak is useful in exposed situations because it contains certain natural oils. In deciduous woodlands, teak wood is found. Through the absorption of highly energetic UV radiation, atmospheric oxygen is broken down.

These oxygen atoms generate ozone molecules when they mix with oxygen molecules. Increased UV radiation at the Earth's surface due to ozone layer loss is harmful to human health. Increases in some types of skin cancer, cataracts, and immune system diseases are some of the negative impacts.

The correct answer is option b.

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Which environmental agency found itself under investigation after it was discovered that it was making mutually beneficial agreements with environmental polluters?
A. Environmental Protection Agency
B. Greenpeace
C. U.S. Department of Agriculture
D. World Wildlife Fund

Answers

Environmental Protection Agency found itself under investigation after it was discovered that it was making mutually beneficial agreements with environmental polluters.

Hence, the correct answer is option A.

Environmental Protection Agency:

The Environmental Protection Agency (EPA) is a governmental agency in the United States dedicated to safeguarding and improving the environment and public health.

Established in 1970, the EPA plays a crucial role in developing and enforcing regulations and policies related to environmental protection. The agency focuses on a wide range of issues, including air and water quality, hazardous waste management, pollution prevention, and environmental sustainability.

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what are the degrees of certainty in science? do we have absolute
proof to help us understand the fungal problem with many
bats?

Answers

In science, there are four degrees of certainty, namely speculation, theory, law, and proof. However, absolute proof is rare in science. Scientists aim for high degrees of certainty that are supported by evidence and logical reasoning. They rarely have all the answers or can offer an absolute proof to help understand a problem.

What are the degrees of certainty in science?

Scientists use degrees of certainty to evaluate the certainty of their scientific claims.

Speculation is a hypothesis that is based on limited evidence and lacks significant empirical support. It is a starting point for further research and experimentation.

A theory is a well-substantiated explanation based on a large body of evidence from numerous independent sources. It is a widely accepted scientific hypothesis that is used to describe natural phenomena and make predictions

A law is a statement that summarizes a fundamental relationship or pattern observed in nature. It is a well-established fact that has been tested and confirmed by multiple experiments and observations.

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An exotic stream such as the Colorado River is _____________________________.
Group of answer choices
A river that arises in a humid region and then passes through to an arid region
A river that arises in a arid region and then passes through to an humid region
One involved in a particular historical event
One whose entire course is in a desert region

Answers

An exotic stream such as the Colorado River is a river that arises in a humid region and then passes through to an arid region.

An exotic stream is a stream whose source is from an area of high precipitation, and it flows through an arid or semi-arid region.

The Colorado River is a classic example of an exotic stream because its source is in the Rocky Mountains in Colorado, which receives high precipitation and snowmelt from the mountains.

It then flows through arid or semi-arid regions of Utah, Nevada, Arizona, and California before emptying into the Gulf of California in Mexico.

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1 )Please write a summary( 5 - 7 sentences) and
2 ) Please write a reflection ( 5 - 7 sentences) in the article below:
It’s not easy to be born. In contrast to other mammals, humans have relatively large babies with big brains. But, we also walk upright—which creates a puzzle for anthropologists since the shift to bipedalism resulted in smaller pelvises.
Now, a study published today in the Proceedings of the National Academy of Sciences models the way this mismatch happens and points to one factor that has increased the inconvenient disparity between the large size of babies and the relatively narrow pelvises of their mothers.
Mihaela Pavlicev, an evolutionary biologist at the Cincinnati Children’s Hospital Medical Center and a co-author of the study, says that she has never been very convinced by the field’s traditional answer to this apparent contradiction—first proposed by anthropologist Sherwood Washburn in 1960. On one hand, a narrower pelvis makes walking more efficient—and we are walkers—but on the other, bigger baby brains require a wider pelvis to pass through. These two opposing needs make birth more difficult.
"Humans became bipedal much earlier, before their brains became so huge," Pavlicev says. Bipedalism came along about 4 to 5 million years ago, and brain size started increasing about 2 million years ago. "It is always easy to explain things after the fact, but it’s really hard to know what happens at the origin in evolution, and most traits have more than one constraint."
In the new study, Pavlicev and an international group of researchers devised a mathematical model that showed that the probability of survival increases with the size of the baby relative to the size of the maternal pelvis—in other words, bigger babies generally have higher survival rates. On the maternal side, narrow pelvises seem to be more advantageous, contributing to the tightness of the canal relative to the baby’s cranium.
However, the fitness in each individual increases only to the point where the baby does not fit through the birth canal anymore. After that, the probability of a baby’s survival declines rapidly under natural conditions. When this relationship between size and survival are placed on a graph, the curve drops off a cliff at a certain point—which shows the "cliff-edged" fitness function, says Philipp Mitteroecker, a theoretical biologist at the University of Vienna who is the lead author of the new paper.
Ironically, cesarean sections may actually be making birth more difficult for everyone—leading to yet more C-sections and more challenges for people who have vagin*l births. Based on the model, the researchers were able to estimate the degree to which the use of C-sections, which were developed about 60 years ago, could be affecting the evolutionary selection of both mother and baby.
According to the model, the rates of mismatch between a baby’s size and its mother’s pelvic dimensions, known as fetopelvic disproportion, have risen from a pre-cesarean rate of 3 percent to a current rate of 3.3 to 3.6 percent—a 10–20 percent increase. And the authors note that the mismatch may continue to increase. "It is difficult to judge how much the rate of birth complications has really increased because the rate of C-sections increased much more because of social and other reasons," Mitteroecker says.
It’s not all that surprising to think that cesarean births are removing one of the constraints on the size of babies, says Karen Rosenberg, a biological anthropologist at the University of Delaware who was not involved in the study.
Rosenberg points out that the skyrocketing rate of C-sections in developed countries (close to half the births in public hospitals in Brazil and around 30 percent of births in the United States) isn’t due to obstructed labor. "There are a lot of things involved in the number of birth difficulties today, like changes in diet and exercise," she explains, adding that the prevalence of obstructed labor might not have that much to do with the mismatch.
So with the technology for getting babies out of mothers improving all the time, could babies be even larger in the future? Pavlicev says probably not. "One hypothesis is that the mother’s metabolism actually limits the size of the baby because the brains and the growing of the baby is extremely strenuous on mom," she says. "We humans have very demanding babies."

Answers

Summary: A recent study published in the Proceedings of the National Academy of Sciences explores the mismatch between the large size of human babies and the relatively narrow pelvises of their mothers.

The researchers developed a mathematical model that showed the probability of survival increases with the size of the baby relative to the size of the maternal pelvis.

However, once the baby becomes too large to fit through the birth canal, the probability of survival rapidly declines. The study suggests that the use of cesarean sections may be contributing to this mismatch, as they remove the constraint on the size of babies and may lead to an increase in birth complications.

The researchers estimate that the rates of fetopelvic disproportion, the mismatch between baby size and maternal pelvic dimensions, have increased by 10-20 percent due to the use of C-sections.

Reflection:

The study sheds light on the evolutionary dilemma created by the disparity between human baby size and the narrow pelvises of mothers. It challenges the traditional explanation for this contradiction and suggests that the use of cesarean sections may be affecting the evolutionary selection of both mother and baby. The findings raise important considerations regarding birth complications and the potential consequences of increased C-section rates. It highlights the need to carefully evaluate the impact of medical interventions on natural evolutionary processes. However, further research is required to fully understand the complex interplay between factors such as baby size, maternal pelvis dimensions, and the role of cesarean sections in shaping birth outcomes.

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How is the ecliptic related to the Sun? a. It is the circle around the celestial sphere from which we measure the Sun's relative position, above or below. b. It is the location of the Sun on the celestial sphere during a solar eclipse. c. The ecliptic is the apparent path of the Sun across the sky over the course of a day. d. The ecliptic is the apparent path of the Sun across the celestial sphere over the course of a year.

Answers

The Ecliptic is the apparent path of the Sun across the celestial sphere over the course of a year.

Option d is correct .

The Ecliptic is an imaginary line or plane on the celestial sphere along which the Sun appears to move throughout the year. This is the apparent orbit observed from the Earth's perspective due to the combined effects of the Earth's orbit around the Sun and the tilt of its axis.

From where we are on Earth, the sun appears to travel a particular path across the sky throughout the year. This path is called the ecliptic. Because the Earth's orbit around the Sun is elliptical rather than perfectly circular, the apparent position of the Sun changes slightly over time. In addition, the Earth's axis is tilted relative to its orbit, causing the seasons to change.

Hence, Option d is correct .

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All the items that are thrown away by the public is known as O Municipal Solid waste Biodegradable waste Toxic/hazardous waste Industrial waste

Answers

All the items that are thrown away by the public are known as Municipal Solid waste. Option A is correct.

Municipal Solid Waste (MSW), also known as refuse, is non-hazardous solid waste that comes from a community and needs to be collected and transported to a processing or landfill site.

The term ‘refuse’ refers to both refuse and rubbish. Most refuse is food waste that can be disposed of, and most rubbish is dry glass, paper, fabric, or wood.

Waste is any material that is no longer usable after primary use or is useless, defective, and unusable. By-products, by contrast, are common products of relatively low economic value.

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Marine ecosystems provide many valuable services for humans, which present a strong argument for ecosystem preservation. Damaged ecosystems lose their value quickly and can take many years to recover. Intact and undamaged ecosystems are renewable resources, Sustainable human activities help maintain the ecosystem's capacity to restore itself. What is one valuable service that intact coral reef ecosystems provide? What is one valuable service that intact mangrove forest ecosystems provide? What is one valuable service that intact seagrass meadow ecosystems provide? What is one valuable service that intact estuary ecosystems provide? What is one valuable service that intact kelp forest ecosystems provide? What is one valuable service that intact beaches and " rocky shore ecosystems provide?

Answers

Intact coral reefs support biodiversity, fisheries, and protect coastlines. Mangrove forests safeguard coastlines, store carbon, and nurture marine life. Seagrass meadows act as habitats, support fisheries, and capture carbon. Estuaries filter pollutants, improve water quality, and are vital breeding and feeding grounds.

Intact coral reefs are biodiversity hotspots, hosting a vast array of marine species and providing a source of food and income through fisheries. They also act as natural barriers, reducing the impact of waves and storms on coastal areas. Mangrove forests serve as buffers against coastal erosion, store significant amounts of carbon dioxide, and provide habitats for marine organisms to thrive.

Seagrass meadows serve as nurseries and habitats for a variety of marine species, support fisheries by providing feeding grounds, and contribute to carbon sequestration. Estuaries play a crucial role in filtering pollutants from rivers before they reach the ocean, improving water quality. They also serve as important breeding and feeding grounds for numerous species, supporting overall ecosystem health.

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------------The given question is incomplete, the complete question is:

"Marine ecosystems provide many valuable services for humans, which present a strong argument for ecosystem preservation. Damaged ecosystems lose their value quickly and can take many years to recover. Intact and undamaged ecosystems are renewable resources, Sustainable human activities help maintain the ecosystem's capacity to restore itself. What is one valuable service that intact coral reef ecosystems provide? What is one valuable service that intact mangrove forest ecosystems provide? What is one valuable service that intact seagrass meadow ecosystems provide? What is one valuable service that intact estuary ecosystems provide?"-------------

(Q002) Part 1.b. Now, dig down in the sand just
a few inches. What do you feel now, and why?

Answers

If you dig just a few inches deeper into the sand, you will usually feel a change in the texture and compaction of the sand.

As you dig, you may notice a change from loose, dry sand on the surface to denser, wet sand underneath. Sand closer to the surface is more exposed to air and sunlight and can become drier and looser. At greater depths, the sand becomes denser and can contain more water.

The weight of the sand on top puts pressure on the layer below, further compressing it. The deeper you dig, the more tightly the sand grains are pressed, reducing the pore space between them. This increased compression makes the sand feel denser and more resistant to drilling.

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The correct question is :

Now, dig down in the sand just a few inches. What do you feel now, and why?

Describe the three forecasting time horizons and their use.

Answers

Forecasting time horizons refer to the length of time over which a forecast is made. Three common forecasting horizons include short-term, medium-term, and long-term.

Short-term forecasting is typically used for planning within the next three to twelve months. These predictions enable companies to plan for upcoming activities and resources, as well as identify potential risks.

Medium-term forecasting usually covers one to five years and is mainly used to plan for expansion or other large-scale projects. Knowing when and what projects to undertake helps businesses make strategic decisions.

Finally, long-term forecasting is focused on periods of six years or more. It generally helps organizations determine the best strategies and investments to pursue. Long-term forecasts also enable companies to plan for market changes over the years and adjust accordingly.

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Solid waste can be disposed of by open dumping, landfill, and incineration. Explain in detail the incineration system with the aid of a diagram. And elaborate onTWO (2)advantages and disadvantages of using the incineration system to dispose of the solid waste

Answers

Incineration system is one of the methods of disposing solid waste.

Incineration system - The system utilizes combustion processes to convert solid waste into ash and gases. The ash is later taken to the landfill.

Incineration is a technology for ex situ thermal treatment based on the application of high temperature (870–1200 °C) to soil for burning harmful organic chemicals. Metals cannot be destroyed by this technique. The efficiency of a properly operated incinerator is very high, especially for PCBs and dioxins. Incineration differs from the thermal desorption system in that incineration needs higher temperatures to chemically oxidize or decompose the contaminants, whereas the second method only volatilizes them.

Complete incineration convers organic chemicals into carbon dioxide and vapor water. However, other by-products can include nitrogen or sulfur based oxides, halogen derivatives, etc.

Excavated contaminated soils can be incinerated on site or transported to an incinerator off site.

Advantages of incineration system of solid waste disposal

1. Reduction in the volume of waste ,Incineration reduces the volume of waste to 10% to 20% of its original size. Thus, waste storage is easier, and space is saved.

2. Generation of electricity Incineration plants generate electricity by harnessing the heat energy that is generated by burning solid waste.

Disadvantages of incineration system of solid waste disposal

1. Production of toxic fumes Incineration of certain materials can lead to the production of toxic fumes such as dioxins. These fumes can cause serious health problems.

2. High cost of installation and maintenance. The installation of incineration plants is quite expensive. Additionally, the plants require regular maintenance to remain in good working condition. This can be a burden on municipalities and cities that have to bear the cost.

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An air parcel with a temperature of 40°C, surrounded by an atmosphere with a temperature of 39°C would. a. Become Unsaturated b. Rise c. Sink d. Neither rise nor sink

Answers

An air parcel with a temperature of 40°C, surrounded by an atmosphere with a temperature of 39°C would rise. The answer is b. Rise.

There are various types of air masses that are classified according to their temperature and moisture characteristics. An air parcel is a tiny amount of air that has constant properties. The temperature of the air parcel plays a vital role in its movement.

An air parcel with a temperature higher than its surrounding atmosphere rises because it is lighter than the surrounding air, whereas a cooler air parcel sinks because it is denser than its surrounding air. The warmer the air, the more rapidly it rises. The speed of the rising parcel is proportional to the difference between the temperature of the parcel and the temperature of the surrounding atmosphere.

The parcel will rise until it reaches an altitude where its temperature is equivalent to that of the surrounding atmosphere. The altitude at which the parcel stops rising is known as its level of neutral buoyancy, and it is determined by the temperature difference between the parcel and the surrounding atmosphere.

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Which of the following is correct?
1. Owens Valley is formed in a Horst
2. Medial Moraines are formed between two Alpine Glaciers as a result of their individual Lateral Moraines connecting between the glacial ice
3. Fresh water is denser than salt water, and warm water is denser than cold water
4. The P-Wave and R-Wave are both Body Waves
5. All of these answers are correct
Group of answer choices

Answers

The correct statement are Owens Valley is formed in a Horst and Medial Moraines are formed between two Alpine Glaciers as a result of their individual Lateral Moraines connecting between the glacial ice. Option 1 and 2 is correct.

Owens Valley is formed in a Horst: Owens Valley is a long, narrow valley located in eastern California. It is formed by the geological process known as a Horst, which is a raised block of the Earth's crust bounded by normal faults.

Medial Moraines are formed between two Alpine Glaciers as a result of their individual Lateral Moraines connecting between the glacial ice: Medial moraines are indeed formed when two lateral moraines, which accumulate along the sides of individual glaciers, merge together in the middle of a glacier.

Therefore, 1 and 2 is correct.

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Prevailing winds are the result of what?
A. Ocean currents
B. Rotation of the earth on its axis
C. Direction the sun strikes the earth
D. Sun storms
E. Temperature

Answers

Prevailing winds are the result of Rotation of the earth on its axis. Option B is the correct answer.

The unequal heating of the Earth by the sun and the rotation of the Earth result in wind, which is the movement of air. All different kinds of winds exist, from gentle breezes to catastrophic storms and tornadoes. A region of the Earth experiences prevailing winds when winds are present in just one direction of travel. Option B is the correct answer.

Convergence zones are defined as areas where the prevailing winds meet. As opposed to north-south, the predominant winds often blow east-west. Due to the Coriolis effect, which is caused by the rotation of the Earth, this occurs. As a result of the Coriolis effect, wind systems rotate in the Southern Half in a clockwise direction and in the Northern Hemisphere in a counterclockwise direction.

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According to " Urbanized":
1. What are the factors contributing to the problems of slums in Mumbai, India? What are implications of the Social Housing Project in Lo Barnechea, Chile for solving the problem of slums?
2. Do you think the planned city Brasilia is successful? Why or why not? Was there anything missing in the original urban planning for this new national capital of Brazil? Why did some developing countries such as Brazil, Pakistan and Nigeria move their national capital to a new location?
3. According to the real estate developer Grady Gammage Jr. what are the factors leading to the urban sprawl in Phoenix? Why did he think urban sprawl is not always a bad thing? What is your opinion about this issue?
4. Why has the population been shrinking in Detroit in the last few decades? What are the factors contributing to the central city decline specifically in Detroit and generally in the United States? How do you define the urban agriculture movement in Detroit? Is it subsistence agriculture, commercial agriculture or a mixture of both? Why?
5. In Stuttgart, Germany why are some people strongly against the Stuttgart 21 Project while others are supporting the state government for this project? What is the conflict between the two groups? Using this case to explain how cities can be seen as an expression of democracy in many ways.

Answers

1. The factors contributing to the problems of slums in Mumbai, India are population growth, rural-to-urban migration, and urban sprawl. Social Housing Project in Lo Barnechea, Chile has implications for solving the problem of slums as it offers affordable housing options that can improve the quality of life for the residents who live in these areas.

2. The planned city of Brasilia is successful because it has a well-designed infrastructure and has become a hub for political, cultural, and social activities. However, there were some missing things in the original urban planning for this new national capital of Brazil, such as affordable housing and public transportation. Developing countries such as Brazil, Pakistan, and Nigeria moved their national capital to a new location for different reasons such as politics, security, and economy.

3. According to the real estate developer Grady Gammage Jr., the factors leading to urban sprawl in Phoenix are population growth, the desire for larger houses and yards, and an increase in car ownership. Urban sprawl is not always a bad thing because it provides more space for people and businesses to grow. However, it can lead to traffic congestion, air pollution, and other environmental problems. It is necessary to maintain a balance between urban development and environmental protection.

4. The population has been shrinking in Detroit in the last few decades due to the decline of the automobile industry and the loss of jobs. Factors contributing to the central city decline specifically in Detroit and generally in the United States are suburbanization, deindustrialization, and racial segregation. The urban agriculture movement in Detroit is a mixture of both subsistence agriculture and commercial agriculture. It is a way to address the issue of food insecurity in the city, create jobs, and promote community development.

5. In Stuttgart, Germany, some people are strongly against the Stuttgart 21 Project because it involves cutting down trees and changing the landscape of the city. Others are supporting the state government for this project because it will improve transportation and connect the city to other regions. The conflict between the two groups is a reflection of different values and priorities. Cities can be seen as an expression of democracy in many ways because they offer opportunities for participation, representation, and decision-making. The case of Stuttgart 21 shows how different groups can voice their opinions and engage in a dialogue to reach a consensus.

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There are various forms of gleaning seen in the film, and many
different contexts.  What does the film show us in the following
contexts?
Agricultural:  
Maritime:  
Artistic:  
Urban:  

Answers

The film depicts gleaning in various contexts, including agricultural, maritime, artistic, and urban settings.

In the agricultural context, the film portrays gleaning as the practice of collecting leftover crops from fields after the harvest.

It highlights the importance of gleaning in reducing food waste and providing sustenance for those in need. The film showcases individuals or groups gathering fruits, vegetables, or grains that would otherwise go to waste, promoting resourcefulness and community support.

In the maritime context, the film explores gleaning as the act of collecting edible marine organisms from the sea.

It showcases individuals, often fishermen or coastal communities, engaging in activities such as beachcombing or harvesting shellfish and seaweed. This form of gleaning demonstrates a connection to coastal ecosystems, sustainable harvesting practices, and utilizing marine resources for sustenance and economic purposes.

The film also presents gleaning in an artistic context, where it is portrayed as a source of inspiration for creative expression.

Artists and designers may incorporate discarded materials or found objects into their artwork, transforming them into new creations.This form of gleaning highlights the potential for artistic exploration, repurposing, and reimagining the value of discarded items.

In the urban context, the film depicts gleaning as a response to excess or waste in urban environments.

It shows individuals or organizations collecting discarded items such as furniture, electronics, or clothing from the streets or recycling centers. Urban gleaning promotes the reduction of waste, upcycling, and resource conservation by giving new life to discarded items and diverting them from landfills.

Overall, the film illustrates the diverse contexts in which gleaning occurs, highlighting its social, environmental, and creative dimensions across agricultural, maritime, artistic, and urban settings.

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Revenue Manager. The Person In This Position Typically Reports To: A. Reservations Manager B. Director Of Marketing And Sales C. Finance Manager D. Night Manager E. Housekeeping Manager
In most of today’s larger hotels they have a position called Revenue Manager. The person in this position typically reports to:
a. Reservations Manager
b. Director of Marketing and Sales
c. Finance Manager
d. Night Manager
e. Housekeeping Manager

Answers

In most of today’s larger hotels they have a position called Revenue Manager. The person in this position typically reports to the Reservations Manager. Thus, option A is correct.

In large organizations, employee recruitment is the function of the human resource manager. The Human resource manager is an expert in employee affairs and works closely with the other managers to hire the right workers for each position.

The human resource manager coordinates the recruitment process, starting with advertising for the position, shortlisting, conducting interviews, and appointing the best candidate.

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compared to the western parts of this region, the eastern parts receive __________ rainfall.

Answers

Compared to the western parts of this region, the eastern parts receive more rainfall.

A region is a geographic area that is distinguished from others by a variety of characteristics. These distinguishing characteristics can be natural, cultural, political, economic, or any combination of these. Examples of a region include a city, a nation, a continent, or a particular ecosystem. The question above can be answered by first determining what "this region" is.

Since the question does not provide that information, we cannot be certain what region is being referred to. However, we can make a general statement about regions based on the provided information. The sentence states that the eastern parts receive more rainfall than the western parts of the region.

This implies that the region in question has a variation in precipitation from east to west. Thus, we can conclude that some regions have a gradient in rainfall from east to west.

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The unsaturated zone lies above the Select one: a. Soil moisture b. Saturated Zone c. The recharge area d. The aquitard e. The aquiclude You see a well bore hole gushing water. It is probably a Select one: a. A high well b. Unconfined Well c. A hydrostatic well d. A potentiometric well e. Artesian Well Darcy's Law relates Discharge to Select one: a. DI b. K c. A. d. All of these answers are correct e. Dh

Answers

The unsaturated zone is above the saturated zone. A gushing well is likely an artesian well. Darcy's Law relates discharge to various factors.

Above the saturated zone is the unsaturated zone. It is the area where the soil or rock has both air and water, but the pores do not have enough water to fill them completely.

It is most likely an artesian well if you see a well bore hole spewing water. By applying pressure to a confined aquifer, artesian wells cause water to flow to the surface naturally without the use of pumps.

According to Darcy's Law, the hydraulic gradient (dh), cross-sectional area (A), and hydraulic conductivity (K) all influence discharge (Q). You can write it out as Q = K × A × dh. In light of Darcy's Law, all of the given options (DI, K, A, and Dh) are accurate.

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Explain in detail the difference between a braided and a meandering river (general location, shape, sedimentary processes, and sediment content).

Answers

Braided rivers and meandering rivers are two types of rivers that have different characteristics.

Braided river:

General location: Braided rivers are often located in arid regions with low rainfall and high erosion rates.

Shape: Braided rivers have a channel that is divided into multiple smaller channels that interconnect and recombine. The islands formed between these channels are known as braid bars. These bars are mostly made up of sand and gravel.

Sedimentary processes: The sediment transported in braided rivers is relatively coarse. This type of river has a high sediment transport capacity because of its high gradient, steep banks, and the ability to carry large amounts of sediment in suspension.

Sediment content: The sediment content of braided rivers is coarse-grained, and the dominant sediment type is sand and gravel.

Meandering river:

General location: Meandering rivers are mostly located in humid regions with high rainfall rates. These rivers form in areas where the land is relatively flat.

Shape: Meandering rivers have a single channel that snakes back and forth across the floodplain. The channel has a distinctive curve known as a meander. These rivers often have a broad and flat floodplain.

Sedimentary processes: Meandering rivers have a lower gradient, which results in lower sediment transport capacity. Sediment transport is limited to fine-grained sediments like silt and clay.

Sediment content: Meandering rivers have a high percentage of fine-grained sediments, including silt and clay. They also have some sand and gravel in their sediments but only in small amounts.

To sum up, braided rivers are typically found in arid areas, have multiple interconnecting channels and braid bars. They have high sediment transport capacity, and their sediments are coarse-grained, such as sand and gravel.

On the other hand, meandering rivers are often found in humid areas, have a single channel that snakes back and forth across the floodplain. They have a lower sediment transport capacity, and their sediments are fine-grained, such as silt and clay.

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Which plants or plants below have ovules that are exposed to the environment? (SELECT ALL THAT APPLY) 0 0 0 0 Conifers Selaginella Lycopodium Ginkgo Mosses Liverworts Ferns Hornworts Cycads Angiosperms

Answers

The plants that have ovules exposed to the environment are Conifers, Cycads, and Angiosperms.

The plants that have ovules exposed to the environment are Conifers, Cycads, and Angiosperms. Conifers, such as pine trees, have cones that bear the ovules on the scales, which are exposed to the surrounding environment. Cycads, a group of ancient plants, also have cones that hold the ovules. Angiosperms, the flowering plants, have evolved a unique reproductive structure called the flower, where the ovules are contained within the ovary, which is exposed to the environment for pollination.

These plants have developed strategies to ensure successful fertilization of the exposed ovules. Conifers and cycads rely on wind or insects to carry pollen from male cones to the exposed ovules. Angiosperms, on the other hand, have evolved various mechanisms to attract pollinators, such as bees, butterflies, or birds, which aid in transferring pollen to the exposed ovules.

In contrast, plants like Selaginella, Lycopodium, Ginkgo, Mosses, Liverworts, Ferns, and Hornworts have different reproductive structures that protect the ovules from direct exposure to the environment. They often rely on spores or other methods of reproduction for fertilization.

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Notrelated to Sokaku:
Group of answer choices
isolationism
climate change
Which is considered an advantage of a trading economy?
Group of answer choices
real-estate wealth
economic flexibility
stable power structures
not dependent on technology
reliance on agriculture
Japan
Perry Expedition
global trade

Answers

One term not related to Sokaku is climate change. An advantage of a trading economy is economic flexibility.
Here's a brief explanation of each term:

Isolationism: Isolationism refers to a policy of avoiding political or economic relationships with other countries. Japan, for example, practiced isolationism during the Edo period, which lasted from the early 17th to the mid-19th century.

Climate change: Climate change refers to long-term changes in global or regional climate patterns. This includes changes in temperature, precipitation, and wind patterns that occur over several decades or longer. Climate change is primarily driven by human activities, such as the burning of fossil fuels.

Trading economy: A trading economy is an economic system based on the exchange of goods and services between individuals or groups. In a trading economy, individuals specialize in producing goods or services that they are best at, and then exchange these goods or services with others for things they need or want. This system allows for greater economic flexibility.

Real-estate wealth, stable power structures, and reliance on agriculture are not advantages of a trading economy. The Perry Expedition refers to a U.S. naval expedition that opened Japan to global trade in the mid-19th century. Therefore, the term related to this question is global trade.

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It has been discovered that a local factory has been illegally dumping contaminants and it is now seeping into the local streams and rivers. Which types of scientists would be best to call upon to investigate and resolve the issue
A. archaeological B. chemist C. hydrologist
D. oceanographer

Answers

The scientist that would be called to address this situation are - Chemist and Hydrologist.

Hence the correct answers are option B and C.

Chemist: Chemists can analyze water and soil samples from the affected area to identify and quantify the contaminants present. They can determine the nature of the pollutants, their sources, and their potential impact on the environment and human health.

Hydrologist: Hydrologists specialize in studying water resources and their movement. They can investigate the pathways and flow patterns of the contaminated water, assess its potential for spreading, and understand how it interacts with the local hydrological cycle. Hydrologists can also provide insights into potential mitigation measures and ways to prevent further contamination.

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The Western Edge Of The Eyewall Of A Hurricane Moving Due Northward Just Grazes The Eastern Coast Of (2024)

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