Canada has one of the lowest population densities on the planet due to how much of its northern area is nearly uninhabitable. There are four people per square kilometer in Canada (11 people per mi2).
What's the population?
A full group of members of the same species that live together and breed in a specific area is referred to as a "population."
In the list of nations, Canada comes in at number 39. Despite having a big land area, Canada has a small population (close to 9 million square kilometers). In Canada, there are four individuals per square kilometer (11 people per mi2).
As a result, when compared to other countries, Canada has a low population density.
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During which season (winter, spring, summer, or fall) would it be the best time to plant crops in a tropical climate? Explain your answer.
Answer:
Planting vegetables in their right season will greatly enhance the harvest production . Fall season produce more good harvest days than in Spring season . Another advantage during the Fall season is that , pests and disease problems are less . All plantations such as grasses, spring blooming bulbs, trees or shrubs, they all will do great harvesting when planted in the Fall season.4.1 Name and Describe FIVE conditions that led to the formation of cyclone Freddy
Answer:
Warm temperature at sea surfaces.
Coriolis force impact area that forms a low-pressure zone.
Atmospheric instability.
Increased humidity in the lower to middle levels of the troposphere.
Low vertical wind shear.
Explanation:
Warm, moist air over the ocean rises due to less density. This air rises up and away from the ocean surface, leaving less air near the surface, creating a low-pressure zone.
Due to the surrounding high-pressure areas, air flows into this low-pressure area and eventually warms up, forming a cycle.
Now, this cycle makes the warm air above the ocean rise and cool the water below to generate clouds. With the constant heating and evaporating process, the entire cloud and wind system spins and grows.
With more speed, cyclone eye formation takes place in the centre. This zone signifies the lowest air pressure and is calm and clear. The high-pressure air from above flows down into this region.
When the wind’s rotating speed reaches 63 kmph, it is called a tropical storm. However, when wind speed reaches 119 kmph, tropical cyclone formation takes place.
Now that you know how a cyclone is formed, let's look at the categories of a cyclone.
There are five conditions that led to the formation of cyclone Freddy is:
Surfaces of the sea are warm.Low-pressure zone created by the Coriolis force impact zone.Unstable atmosphere.Humidity levels in the lower to middle troposphere rising.Minimum vertical wind shear.What is cyclone?An enormous system of winds known as a cyclone spirals inward into an area of low air pressure. High winds, copious amounts of rain, and low atmospheric pressure are the hallmarks of cyclones. Based on their location and strength, cyclones can be divided into distinct types, such as extratropical cyclones, tropical cyclones, and polar cyclones.
There are five conditions that led to the formation of cyclone Freddy is:
DisturbanceWarm sea surface temperaturesLow vertical wind shearHigh accumulated cyclone energyPresence of cold cloud topsAs a result, the significance of the five conditions that led to the formation of cyclone Freddy are the aforementioned.
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What are undulations that develop in the polar front jet stream when significant temperature differences exist between tropical and polar air masses?
Undulations that develop in the polar front jet stream when significant temperature differences exist between tropical and polar air masses are known as Rossby waves.
Rossby waves are a type of atmospheric phenomenon that were discovered by the Swedish-American meteorologist Carl-Gustaf Arvid Rossby.
They are created due to the temperature difference between the polar and tropical air masses, which generates a strong horizontal temperature gradient.
These waves can cause significant changes in weather patterns, such as bringing warm air from the tropics to the poles or cold air from the poles to the mid-latitudes.
Understanding Rossby waves is important for weather forecasters because they can provide early indications of potential weather hazards, such as heatwaves, cold snaps, or extreme precipitation events.
Furthermore, these waves can have implications for climate change and global weather patterns, as they are closely linked to the earth's climate system.
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Explain how storms are formed due to rising temperatures and other changes in
climatic conditions.
Answer:
Hurricanes need a lot of heat to form, which is why they usually occur over tropical seas (at least 26°C).
The sun is close to the equator, providing energy to heat the ocean.
The warm ocean heats the air above it causing it to rise rapidly.
Water evaporates quickly from the hot surface of the ocean, so the rising air contains great amounts of water vapour.
The rising air starts to spin (anti-clockwise in the northern hemisphere)
The centre of the storm - the eye - is calm.
As the air rises it cools, condenses and forms towering cumulonimbus clouds.
The rapidly rising air creates an area of intense low pressure. The low pressure sucks in air, causing very strong winds.
Once the storm moves over land it starts to lose energy and fades.
Explanation:
Energy use in a developing country is projected to increase at the rate of 1.2% per year for the next few decades. How long ( in years) will it take that country to double its current usage of 10 quadrillion BTUs per year?
It will take approximately 583.33 years for the developing country to double its current energy usage of 10 quadrillion BTUs per year with a growth rate of 1.2% per year.
To calculate the number of years it will take for a developing country to double its current energy usage, we can use the concept of the rule of 70. The rule of 70 is a simplified formula used to estimate the doubling time of a variable that grows exponentially over time.
The formula for the rule of 70 is:
Doubling time (in years) = 70 / annual growth rate (as a percentage)
In this case, the annual growth rate is given as 1.2%. To use the formula, we need to convert the growth rate to a decimal by dividing it by 100, resulting in 0.012.
Doubling time = 70 / 0.012 ≈ 583.33 years
Therefore, it will take approximately 583.33 years for the developing country to double its current energy usage of 10 quadrillion BTUs per year, assuming a constant growth rate of 1.2% per year.
It's important to note that this calculation assumes a steady growth rate over the entire period and does not account for potential fluctuations or changes in the growth rate. Additionally, other factors such as technological advancements, policy changes, and shifts in energy sources can significantly impact the actual growth rate and the time it takes for a country to double its energy usage.
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Has anyone wanted to see the Mona Lisa or seen the Mona Lisa?
Answer:
I would love to see the Mona Lisa
Explanation:
Hope this helps and hope I be brianlist
Answer:
There is really no point in wanting to see the Mona Lisa when we've seen it a hundred times :\
Explanation:
But it wouldn't hurt to see it face to face
With the concept of isostasy in mind, how would the elevation of mountains differ if earth’s crust were composed of less dense rocks?
If the Earth's crust was made up of less dense rocks, mountain elevation would be lower than if it were composed of denser rocks. Isostasy explains the elevation of mountains on the Earth's surface.
Isostasy is a physical theory that explains the Earth's lithosphere's state of balance in response to vertical loading or unloading (of Earth's surface). The concept was first proposed by the British geologist John Henry Pratt in 1855 in response to local sea-level changes noticed in the Baltic region.
Isostatic equilibrium of the Earth's lithosphere is achieved when the crust "floats" in hydrostatic equilibrium on the asthenosphere (upper mantle). When the mass of a mountain, such as a volcano or large glacier, is added to the Earth's crust, it depresses the crust into the asthenosphere, causing uplift of the surrounding crust.
Isostatic equilibrium is reestablished by removing the mass that caused the crust's depression, causing the crust to rebound and rise again. The lithosphere's equilibrium position is determined by its mass and density relative to the underlying asthenosphere.
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compare these models with one pattern of urban development and land use on a continent other than north america and account for the differences.
To compare the models of urban development and land use on a continent other than North America, we can look at the examples of Europe and Africa.
Europe:
In Europe, the urban development and land use pattern is characterized by compact, mixed-use cities with dense urban cores and a well-defined urban-rural fringe. This model of urban development is known as the compact city model.
In this model, the cities are designed to be walkable and bike-friendly, with a strong emphasis on public transportation. This approach encourages people to live closer to their places of work and reduces the need for automobile use.
Africa:
In contrast, the urban development and land use pattern in many African countries is characterized by sprawling, informal settlements with poor infrastructure and limited access to basic services. This model of urban development is largely the result of rapid urbanization, which has outpaced the ability of governments to provide adequate housing and infrastructure.
This pattern of development has been associated with high levels of poverty, crime, and environmental degradation.
In Europe, for example, the compact city model emerged as a response to the need to accommodate a growing population while minimizing the negative impacts of urbanization. In Africa, on the other hand, rapid urbanization has often been driven by rural-to-urban migration and the lack of economic opportunities in rural areas.
The differences in urban development and land use patterns between Europe and Africa can be attributed to a variety of factors.
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What are some ways that people in industrialized countries can change their consumption of food to be more sustainable? O All of these choices apply Don't buy meat from factory farms Eat seasonally Eat locally Small farmers are than large farmers in poor countries. less knowledgable less productive less able to grow grain in bulk more productive
Some of the ways that people in industrialized countries can change their consumption of food to be more sustainable include :
Don't buy meat from factory farms Eat seasonally Eat locallySupport small farmers in poor countriesHow to make consumption sustainable ?Factory farming practices often involve intensive use of resources, environmental degradation, and animal welfare concerns. Consuming fruits and vegetables that are in season reduces the reliance on energy-intensive processes like long-distance transportation, refrigeration, and greenhouse cultivation.
Choosing locally sourced food reduces the carbon footprint associated with transportation and supports local farmers and producers. Small farmers in poor countries often face numerous challenges, including limited access to resources, markets, and infrastructure.
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"Explain how deforestation can have economic impacts" (6 marks)
The Economic Impact of Deforestation
Deforestation and economic impact cannot be the two sides of the same coin. As long as there is economic growth our environment would continue to be on the verge of danger.
Each year our environment gets degraded little by little and the forests are the ones who have to pay a huge price for the increased profits. A loss of 27% has been attributed due to the conversion of forests for agriculture and other energy consumption purposes. About 50% of the forests became the victims of forestry operations and another 23% came into the clutches of the wildfire.
Now the above points may summarize the negative impact but let us take a lot into few points about the negative impact of deforestation.
The short-term effects: While clearing out the forests may generate a high level of income. Still, at the same time, some other important factors should be taken into accounts such as the exploitation of the lives of poor people living in rural areas, poor working conditions and labour exploitation due to the conversion of changes the forest lands into agricultural lands.
Ignoring the big picture: Not only do forests provide us with the gifts of nature but at the same time they are the homes to 80% of the known and unknown species of the world. Clearing out the forests erases the natural habitat, resulting in the extinction of many species worldwide. Not only the animals are in danger but the loss of biodiversity could cause a loss of billions in the field of science.
Disrupting the water cycle and increasing soil erosion: As the water cycle changes, it harms a few specific industries. On the other hand, forests lock the soil and its nutrients together and prevent them from being washed down by the water.
Global warming: No one can ignore the fact that as more forests get cleared from the land, the temperature of the Earth would continue to increase leading the climatic changes and global warming.
Long-run economic profits: The forests may now contribute towards the short-run economic profits but in the future, if we fail to preserve the forests there would be a huge global impact in the long run. There may come a time when forests would be completely eradicated from the face of the earth.
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if the rate of groundwater pumping removes water from the aquifer faster than it can be recharged by natural flow, the water table can be drawn down locally. what is this feature called?
The feature that is called if the rate of groundwater pumping removes water from the aquifer faster than it can be recharged by natural flow, the water table can be drawn down locally is a cone of depression.
What is a cone of depression?A cone of depression is a term used in hydrogeology to describe the funnel-like shape of the water table when an aquifer is pumped. When groundwater is pumped out of an aquifer, the level of the water table drops, resulting in a cone-shaped depression in the water table. The deeper the well, the wider and steeper the cone of depression becomes.
Groundwater is an important source of freshwater for millions of people around the world. It is used for irrigation, industry, drinking, and other purposes. However, excessive pumping of groundwater can result in a drop in the water table level, which can lead to a cone of depression in the aquifer. The cone of depression can reduce the amount of water available to wells in the vicinity of the pumping well.In summary, a cone of depression is a feature caused by excessive pumping of groundwater that results in a drop in the water table level.
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My Very Eager Mother Just Served Us Nine Pizzas A mnemonic device for?
My Very Eager Mother Just Served Us Nine Pizzas is a mnemonic device for remembering the name of eight planets and dwarf planet (Pluto which was previously part of solar system planets).
A mnemonic device refers to a memory technique that helps increase the ability to recall and retain information. Mnemonics utilizes elaborative encoding, retrieval cues, and imagery as specific tools to encode information such that it enables for efficient storage and retrieval. Mnemonics aid original information to become associated with something more accessible or meaningful which provides better information retention.
Hence, My Very Eager Mother Just Served Us Nine Pizzas is a mnemonic device for remembering the name of planets Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune, as well as the dwarf planet Pluto. (The phrase was crafted and used before Pluto was demoted from the status of a true planet.)
Note: The question is incomplete. The complete question probably is: My Very Eager Mother Just Served Us Nine Pizzas is a mnemonic device for?
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Where are tropical climates found?
A.) high-latitude zones
B.) low-latitude zones
C.) mid-latitude zones
D.) near rivers
Answer:
mid altitude zones I believe
1. What is the scale of the map?
(a) 1:10000
(b) 2: 2000
(c) 1: 24000
(d) 20
The scale of the map is (c) 1:24000.
The scale of a map refers to the ratio of distance on the map to the actual distance on the ground. In this case, for every unit of measurement on the map, it represents 24000 units of the same measurement in the actual world.
In this case, the correct scale of the map is (c) 1:24000. This means that one unit of measurement on the map represents 24000 units of the same measurement in the real world. For example, if the distance between two points on the map is 1 inch, the actual distance between those points on the ground would be 24000 inches.
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What makes up or composes most of the smaller islands in the pacific? question 30 options: volcanic action build-up of coral deposits shifting tectonic plates creating trenches they are mostly mand-made
The majority of the smaller islands in the Pacific are made up of build-up of coral deposits.
What do we find in the smaller islands of the Pacific?Even though these islands are usually created as a result of volcanic activity, we find that they are composed of coral deposits.
These coral deposits come about as a result of a buildup over centuries which made these islands quite important in preservation efforts.
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how has trading affected southeast asia politically, culturally, and economically
it helped bring over different culturally and different type of spice such as pepper, ginger ,nutmeg it was developed by indians and arab merchants. by the suez canal opening it adapted to steam bouts and new communication device...
hopfuly this helps some ^v^
Example:
N 15° W 15°
Directions: Using the lines of latitude and longitude, write the approximate coordinates of
each shape. Be sure to use the directional letters. On what continent is each shape?
The coordinates N 15° W 15° correspond to a location in the Atlantic Ocean, off the coast of West Africa.
On what continent and country is the coordinate N 15° W 15°?The coordinates, N 15° W 15° specify a point on Earth but this is not sufficient to determine a specific location. To determine a location, botlatitude and longitude coordinates are needed.
The coordinates N 15° W 15° give an information on direction of the point from the intersection of the equator and prime meridian, hence, it is impossible to determine the exact continent or country of the specified point.
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1. Earth Transit Calculate the maximum possible duration of transit of the Earth along the disk of the Sun in the case of observations from the surface of Mars. Assume that the orbits of the planets lie in the plane of the ecliptic; the Earth's orbit is circular. (Hint: The longest transit time of the Earth on the Sun's disk⇒ Mars is in perihelion, and the Earth is in lower contact with the Sun (at this time the Sun's disk has the largest angular size in the Martian sky, and the relative angular velocity of the Earth and Mars is minimal, since Mars and the Earth rotate in orbits in one direction). You may need - Distance of Earth from Sun Distance of Mars from Sun Eccentricity of Mars/Earth Orbit
Answer:
Explanation:
To calculate the maximum possible duration of the Earth's transit along the disk of the Sun as observed from the surface of Mars, we can use the following information:
Distance of Earth from the Sun: This value is approximately 149.6 million kilometers.
Distance of Mars from the Sun: This value varies due to the elliptical orbit of Mars, but on average it is approximately 227.9 million kilometers.
Eccentricity of Mars/Earth Orbit: The eccentricity of Mars' orbit is approximately 0.0934, while the Earth's orbit is nearly circular with an eccentricity close to 0.
To determine the maximum transit duration, we need to consider the relative angular velocity of Earth and Mars and the angular size of the Sun's disk in the Martian sky.
Given that the Earth is in perihelion and in lower contact with the Sun (which corresponds to the maximum angular size of the Sun's disk in the Martian sky), the relative angular velocity of Earth and Mars will be minimal.
Using the formula:
Transit duration = Angular size of the Sun's disk / Relative angular velocity of Earth and Mars
We can estimate the maximum transit duration. However, precise calculations require detailed values for the angular size and relative angular velocity, which are not provided in the question.
Please note that without specific values for the angular size and relative angular velocity, it is not possible to calculate the exact maximum transit duration.
Mt. Rainier in Washington State is often thought to be the most hazardous volcano in the lower 48 states of the United States because ________.
Mt. Rainier in Washington State is often thought to be the most hazardous volcano in the lower 48 states of the United States because even a minor eruption might melt enormous volumes of glacial ice on the mountain, resulting in severe lahars that could spread fast down river valleys to densely inhabited regions. This is further explained below.
Washington State and Volcanos?Generally, It is estimated that there are active volcanoes in the state of Washington that pose a significant or very significant risk of eruption. There is Glacier Peak and Mount Baker.
In conclusion, Washington State is blessed with a lot of mounting but these mountains also constitute the volcanic threats.
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What is at the bottom of the ocean? Just wanna know what ppl say.
Answer:
fish? uhmmm sand?... ;-;;
Answer:
it is called the seabed and yes it is sand among other things...
Explanation:
:)
Help me. I can’t find the answer for these
Answer:
x = 25
Explanation:
oppsite sides are equal sooooo
2x + 10 = 60
subtract 10 from both sides 2x = 50divide both sides by 2 25Steve lives in a country which claims to have been the first to adopt Christianity as a state religion. In which country does Steve live?
A.
Georgia
B.
Armenia
C.
Ukraine
D.
Belarus
Answer:
B.Armenia
Explanation:
Armenians adopted Christianity way back in the 4th century due to St. Thaddeus and St. Bartholomew.
1,000,000
750,000
500,000
250,000
0
Total Annual Global
SOLAR ENERGY PRODUCTION
Production (GWh)
2011 2012 2013 2014 2015 2016 2017 2018 2019
THEROUNDUP.ORG
TheRoundup.org
-0:25 (...
2020
IRENA/BP
How much has solar panel production
increased between 2015 and 2020?
O Increased by about 250,000 GWh
O Increased by about 600,000 GWh
O Increased by about 750,000 GWh
O Increased by about 850,000 GWh
Between 2015 and 2020, solar panel production increased by around 600,000 GWh.
How can we reach this conclusion?Observing the chart.Identifying the number of solar panels produced in 2015.Observing the amount of sound panels produced in 2020.Subtracting the amounts between the two years.Through the graph, we can see that in 2015; 250,000 GWh of solar panels were produced. In 2020, it is not possible to know the exact amount of solar countries produced, but the graph allows us to see that this production was greater than 750,000 GWh. Therefore, we must subtract 250,000 GWh from 750,000 GWh to find the amount produced between these two periods.
The result will not give an exact number, so we must consider the number that comes closest, remembering to increase the houses upwards, since the year 2020 presented a production greater than that presented by the data that we had access to.
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what is standard sea level air pressure in millibars; in inches of mercury; in pounds per square inch (psi)?
Standard sea level air pressure is measured in different units. In millibars, it is approximately 1013.25 mbar; in inches of mercury, it is about 29.92 inHg; and in pounds per square inch (psi), it is around 14.7 psi.
Understanding Standard sea level air pressureStandard sea level air pressure, also known as atmospheric pressure, refers to the force exerted by the weight of the atmosphere at sea level. In different units, this pressure is expressed as follows:
1. In millibars (mb): The standard sea level air pressure is approximately 1013.25 mb. Millibars are commonly used in meteorology to measure atmospheric pressure.
2. In inches of mercury (inHg): The standard air pressure at sea level can also be expressed as 29.92 inHg. This unit is derived from the height of a column of mercury that the atmospheric pressure can support.
3. In pounds per square inch (psi): Lastly, the standard sea level air pressure can be measured in psi, with a value of approximately 14.7 psi.
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Which region is in Eastern Antarctica?
Russian Highlands
Transantarctic Mountains
American Mountains
American Highlands
Answer:
B
Explanation:
Russia is not in Antarctica
America is not Antarctica
Answer:
B. Transantartic Mountians
Explanation:
what is the name of the plate on which the united states resides?
The name of the plate on which the United States resides is the North American Plate.
The North American Plate is a tectonic plate that spans a significant portion of North America, including the United States. It is one of the major plates that make up Earth's lithosphere and is responsible for shaping the geological features and tectonic activity in the region. The plate's boundaries include the Mid-Atlantic Ridge to the east, the Pacific Plate to the west, and the Caribbean Plate to the south. The movement and interaction of the North American Plate with these neighboring plates contribute to geological phenomena such as earthquakes, volcanic activity, and the formation of mountain ranges.
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Has the Governments crime results been successful In the Philippines
Answer:
no, because crime will never go away in this world unfortunately.
what causes streams that emerge from glaciers to be milk-colored?
Streams that emerge from glaciers can often appear milk-colored due to a phenomenon called glacial milk. Glacial milk is caused by the presence of fine rock flour or glacial flour in the water.
As glaciers move, they grind against the bedrock, eroding it and creating fine particles of rock. These rock particles are then transported by meltwater into the streams and rivers flowing from the glacier. The suspended rock flour in the water scatters light, causing it to reflect multiple wavelengths and giving the water a milky or turquoise appearance.
This phenomenon is particularly noticeable in glacial meltwater where the concentration of rock flour is high.
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How to calculate the density of a population?
Answer:
The density of population is the ratio between the numbers of people to the size of land. It is usually measured in persons per sq.km. For example, the area of Region X is 100 sq km and the population is 150,000 persons. The density of population is calculated by dividing 150,000 by 100.
Explanation:
May I have Brainliest please? I am so close to getting my next ranking! I just need 3 more for it! I would really appreciate it, and it would make my day! Thank you so much, and have a wonderful rest of your day!
Answer:To calculate the population density, you will divide the population by the size of the area.
Explanation: Thus, Population Density = Number of People/Land Area.
correct answers get brainliest. answer all please
A, B, C, A, D, D, troposphere - stratosphere - mesosphere - thermosphere - exosphere