A baker made 182 sugar cookies. All but 14 of the cookies were put into boxes to be sold. How many cookies were put into boxes to be sold?

ensemble forecasting is a valuable technique that helps account for uncertainties in both measurements and models by creating multiple forecast versions.

The forecasting technique that produces several versions of a forecast model, each beginning with slightly different weather information to reflect errors in the measurement, is called Ensemble Forecasting. This method aims to account for uncertainties in initial conditions and model approximations by generating a range of possible future weather scenarios.
Ensemble forecasting uses multiple forecast models, or members, each with slightly varied initial conditions to simulate the atmosphere's chaotic behavior. These small variations in the initial data reflect the potential errors in the measurement. As the models are run, the differences among them grow, illustrating the uncertainty in the forecast. By analyzing the ensemble members collectively, meteorologists can assess the likelihood of various outcomes and improve the accuracy of their predictions.This approach enhances the reliability of weather predictions and assists decision-makers in managing risks associated with severe weather events.

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A. According to the demographic transition theory, mortality rates begin to decline more quickly than fertility rates as health levels rise. As a result, the number of families grows momentarily. Population will grow as a result of the mortality-to-fertility lag.

B. Nigeria is in stage 2 of demographic transition because its birth rate and death rate both are high.

C. neonatal mortality and birth rate have a link that is although lower (or higher) infant and child mortality may result in lower (or higher) fertility rates, the relationship between greater birth rates and infant and child mortality is well known. The impact of earlier weaning and less maternal care on newborns and children is linked to this greater mortality.

D. Infant Mortality Rate, or IMR, is the number of baby deaths per 1,000 live births, whereas Replacement Rate is the overall fertility rate at which enough newborns are born to keep population levels stable.

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Answer:

bedrock

Explanation:

Bedrock along the northeast coast of Hudson Bay, Canada, has the oldest rock on Earth. Canadian bedrock more than 4 billion years old may be the oldest known section of the Earth's early crust.

Answer:

When prolonged periods of severe weather strike, two things often get the blame these days: climate change and the jet stream. Many have expressed concerns that the rapidly melting Arctic is now disturbing the jet stream, bringing more frequent bouts of wild weather. But potentially even more powerful changes are afoot in the tropics – and the consequences could be severe.

The northern hemisphere’s jet stream is a current of fast-moving air encircling the globe from west to east in the middle latitudes – the zone between the baking tropics and the freezing Arctic. The strongest winds are about 10km high, near the altitudes at which planes fly, but the bottom of the jet can reach all the way down to the ground, forming the prevailing westerly winds familiar to many. The southern hemisphere’s counterpart is what gives rise to the Roaring Forties – similarly treacherous winds between latitudes 40 and 50 degrees.

The jet forms a relatively sharp dividing line between the warm tropical and cold polar air masses. The strongest winds are concentrated in a band several hundred kilometres wide. But this band is not fixed. It meanders and snakes its way around the globe, sometimes touching the edge of the tropics and at other times scraping the polar regions.

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Churches urged to provide sanctuary as extreme weather bites

Churches urged to provide sanctuary as extreme weather bites

As a result, the jet can have a wide array of impacts across the hemisphere. If it passes over your location, expect to be repeatedly bombarded by the whirling storms that are carried along by it. As a recent example, the severe flooding in the north of England in November 2019 arose in part from a shift of the jet, which put the UK right in the middle of a region where storms tend to grow.

If the jet shifts to pass north of you, you’ll find yourself under the warm, dry zone of the atmosphere which lies south of the jet. This brings generally settled and pleasant weather in summer, but can set the scene for droughts and heatwaves. And if the jet moves south instead, you’ll be on its cold polar side, so you’d better hope this doesn’t happen too much during winter.

Weather worries

The jet has always varied – and has always affected our weather patterns. But now climate change is affecting our weather too. As I explore in my latest book, it’s when the wanderings of the jet and the hand of climate change add up that we get record-breaking heatwaves, floods and droughts – but not freezes.

The coldest weeks of any given winter will occur when the jet brings masses of cold air directly from the polar regions. But severe though this may feel, records show that similar events in past decades were even colder than they are now. While the jet is largely doing the same as it always has, the planet-heating greenhouse gases we’ve added to our atmosphere mean that invasions of polar air these days are just that bit milder.

Melting ice in the Arctic is causing colder air to travel southwards

Melting ice in the Arctic is causing colder air to travel southwards (iStock)

The flip side, of course, is that when the jet moves north in summer, bringing warm air from the south, we often have to endure temperatures beyond anything in living memory.

It is clear and well understood how climate change and the jet can combine like this to cause truly extreme weather events. But whether climate change is directly changing the jet’s behaviour is a much harder question to answer.

Some have suggested that the rapidly warming Arctic is weakening the jet, by reducing the temperature contrast between the tropical and polar air to either side of it. As a result, the jet meanders more to the north and south, and these meanders can remain fixed over one location for longer – as happened when the Beast from the East placed much of northern Europe under a bitter chill.

There are certainly some interesting ideas here, but many still do not find the logic compelling, and more convincing evidence from observations and computer models will be needed for these theories to become widely accepted.

Scientists are however increasingly confident that important changes are afoot in the tropics. Driven by the vast quantities of energy pouring in from the sun directly overhead, these are the great powerhouses of Earth’s climate. Indeed, the power of the tropics is evident in the worldwide weather disruption caused by El Nino events – subtle increases or decreases in temperatures in the equatorial Pacific Ocean, that in turn disturb the jet stream.

Over the past few years, it has become apparent that at high altitudes, the Earth’s tropical regions are heating up more quickly than the rest of the world. At least partly because of this, the tropical regions of the atmosphere have been widening, expanding ever so slightly away from the equator, and impinging more on the jet stream.

Explanation:

Answer:

What are the advantages and disadvantages of immigration?

Immigration can give substantial economic benefits – a more flexible labour market, greater skills base, increased demand and a greater diversity of innovation. However, immigration is also controversial. It is argued immigration can cause issues of overcrowding, congestion, and extra pressure on public services.

Explanation:

Answer:

this is math question not geography lessson

The cloud consists of air molecules (N2 and O2) with water vapor molecules (H2O) surrounding four droplets (D1, D2, D3, D4) formed by the condensation of water vapor onto solid dust particles (labeled Dust).

The cloud consists of air molecules (represented by small circles) made up of nitrogen gas (labeled N2) and oxygen gas (labeled O2). There are water vapor molecules (labeled H2O) present in the air surrounding the cloud particles. The cloud contains four droplets (labeled D1, D2, D3, and D4) formed by the condensation of water vapor onto solid dust particles (labeled Dust). The droplets should be larger than the individual water vapor molecules to represent their condensed state. The remaining water vapor molecules in the air are not yet condensed into droplets.

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South Africa is a country located at the southern tip of Africa. It has had a rich colonial history since the seventeenth century. In 1652, the Dutch came and founded a colony on the Cape.

After a century and a half of Dutch colonization, the Cape Colony was taken over by the United Kingdom. As a result, a large number of Dutch-speaking settlers, known as Boers, migrated inland with the Great Trek and founded several Boer states, of which the South African Republic and the Orange Free State were ultimately the most important. These republics were conquered by the British in 1902 in the Second Boer War and united together with the Cape Colony and Natal to form South Africa in 1910.

In the 20th century, South Africa was overshadowed by apartheid, a system of racial segregation that systematically disadvantaged the non-white population. Apartheid was abolished in 1990 and Nelson Mandela was elected South Africa's first black president in 1994.

South Africa is a country with diverse population groups and eleven official languages. The country is a parliamentary republic with three capitals and is one of the most developed countries in the continent, but poverty and crime rates remain high.

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Resource and development is an important subject for students in class 10, as it deals with the utilization and conservation of natural resources. Research-based questions in this subject can help students to develop critical thinking skills and improve their understanding of the subject.

Here are some research-based questions that students can explore:
1. What are the major natural resources in your region, and how are they utilized?
2. How has the use of technology impacted the utilization of natural resources?
3. What are the different methods of conservation of natural resources, and how effective are they?
4. What are the economic and environmental impacts of exploiting natural resources, and how can they be mitigated?
5. How can sustainable development be achieved, and what role do individuals and governments play in this process?
To answer these questions, students can conduct research using various sources, such as books, articles, and online resources. They can also gather data through surveys, interviews, and field trips.

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Space weather is a captivating field that demonstrates the interconnectedness of astronomy and meteorology. Its impact on communication systems underscores the importance of understanding and predicting space weather events to mitigate their effects on our technological infrastructure.

Space weather refers to the conditions and phenomena occurring in space that can influence Earth and its technological infrastructure. These include solar flares, coronal mass ejections (CMEs), solar wind, and geomagnetic storms. These events are driven by the Sun's activity and can have significant effects on Earth's environment.

Space weather is studied through a combination of ground-based observations, satellite measurements, and computer simulations. Scientists use telescopes to monitor the Sun's activity and solar phenomena. They also use satellites and spacecraft, such as NASA's Solar Dynamics Observatory, to gather data on solar wind, CMEs, and other space weather events. Computer models help simulate and predict the behaviour of space weather events.

Space weather can have adverse effects on various systems, including communication systems. The charged particles and electromagnetic radiation from solar flares and CMEs can interfere with radio signals and disrupt communication channels. This can affect satellite-based communication systems, such as satellite TV, GPS, and satellite phones. Communication disruptions caused by space weather can lead to financial losses, as well as impact emergency response systems and navigation systems.

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Complete question:

Space Weather merges astronomy and meteorology to explain how events on the Sun and in near-Earth space can adversely impact the operation of Earth-orbiting satellites, communications systems, and many other systems on or near the Earth. discuss some aspect of space weather (what it is, how it's studied, its effect on us, etc.) that you find particularly interesting.

South America can be divided into basically three physical regions: the mountains and highlands, the river basins, and the coastal plains. Mountains and the coastal plains are generally run in the north-south direction for the cultural mosaic,

South America highlands and the river basins generally run in the east-west direction. Most of the people live on or near the coasts and along with the major rivers of the continent. These coastal regions offer the favorable climates, and fertile land, and access to the transportation. The rain forests, the deserts, and the mountainous areas of the South America's interior and have discouraged human settlement. South America today stems from a diverse set of cultural and the traditions, dating back to those of pre-Columbian civilisations and the indigenous tribes, which have the mixed with those of African slaves as well as the Asian and European immigrants. This vibrant and the unique cultural mix is reflected.

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Answer:

lava

Explanation:

becoz it's the only thing that comes out of the volcanoes

Relative location is the relationship of the geographic position of a place in relation to other places or features of a larger region.

A place's relative location describes how it relates to other locations. For instance, the distance between the White House in Washington, DC, and the Empire State Building is 365 km (227 mi). Additionally, Central Park in New York is only 15 blocks away. These are only two relative locations of the building.

Relative location can be used to examine the connections between two region, including those caused by geography, culture, or even technology. For instance, London, England is located 2,298 kilometers (1,428 miles) to the east of Kiev, Ukraine. Key West, Florida, and Anchorage, Alaska, both located in the United States, are 6,436 kilometers apart (3,999 miles).

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The Vamoose osprey was found in Cuba on October 25th, 2011 is a false statement.

This is known to be  very special bird. One cannot make a mistake of not recognizing it  when viewed at close range.

Its body is made up of white and some dark streaks. The white streaks can be seen on its wings and their tail feathers are said to be mottled black-and-white.

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Answer:

Everyone being able to understand each other, even at a rudimentary level, can help prevent petty squabbles and overcome differences.

Explanation:

Answer:

A shared, official language unites people.

Explanation:

A shared, official language unites people. Everyone being able to understand each other, even at a rudimentary level, can help prevent petty squabbles and overcome differences. And a common means of communication can mean safer roads and more accurate medical diagnoses.

Answer:44 Cm

Explanation:

Answer:

Philippines

Côte d`Ivoire

China

Malaysia

Ghana

Explanation:

Answer: Seven states

As mentioned before, there are seven states that proudly have cardinals as the state birds: Illinois, Indiana, Kentucky, North Carolina, Ohio, Virginia, and West Virginia.

Explanation:

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The  line of longitude is at Colorado's eastern border is

Longitude: 102°02′48″W to 109°02′48″W

Generally, The form of the state of Colorado is similar to that of a rectangle. The limits are defined by lines of latitude and longitude.

The four compass points are 37 degrees north, 41 degrees north, 102 degrees west, and 109 degrees west.

(The east and west boundaries are located at 25 degrees West and 32 degrees West, respectively, from the Washington Meridian.)

In conclusion, The line of longitude that runs along the state's eastern boundary may be found here.

Longitude: 102°02′48″W to 109°02′48″W

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Each irrigation system has its own benefits and drawbacks. There are many different irrigation systems.

1. Water is taken from a well, river, or canal using a bucket that is tied to a pole on one side and a weight on the other in the shaduf system.

2. Charsa: To draw water from the well, charsa uses animal strength. Many farmers no longer employ the charsa system.

3. The third irrigation method is the Persian wheel, which covers considerably greater regions and provides a constant flow of water.

4. Karez: In the foothills, karez are horizontal underground canals that transport water from below the surface. Several kilometres may be covered by the underground canals.

5. Inundation canals: Long canals that branch off of significant rivers are referred to as inundation canals. When the river is high enough and particularly during a flood, they receive water.

6.Tank irrigation is a technique that involves building mud banks across streams to create a tiny reservoir that collects extra water during the rainy season.

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Answer:

you have more energy through the day and more than likely you will be happy more often

Based on the model of the Sun-Earth system, the two statements that are true about the stars in the night sky are: B. The pattern of visible stars stays the same throughout the night at a given location on Earth and D. The stars that are visible at a given location on Earth vary throughout the year because of Earth's revolution around the Sun.

B. The pattern of visible stars stays the same throughout the night at a given location on Earth. This is because the rotation of the Earth on its axis causes the stars to appear to move across the sky. However, for a specific location on Earth and a particular night, the pattern of visible stars remains relatively fixed. The stars appear to rise in the east, reach their highest point in the sky (culmination), and set in the west due to Earth's rotation. Therefore, the pattern of visible stars at a given location remains constant throughout the night.

D. The stars that are visible at a given location on Earth vary throughout the year because of Earth's revolution around the Sun. As Earth orbits the Sun, its position changes relative to the stars. This causes different stars to become visible at different times of the year. The stars visible in the night sky appear to shift gradually over the course of the year due to Earth's changing position in its orbit. This phenomenon is responsible for the seasonal changes in the constellations and the appearance of different stars in different seasons.

A and C are not true based on the given model. Statement A is incorrect because Earth's rotation and revolution around the Sun cause different sides of Earth to face the stars at different times, leading to the observable changes in the night sky throughout the year. Statement C is also incorrect because while the tilt of Earth's axis affects the position of the Sun and the seasons, it does not directly impact the stars that appear in the northern and southern hemispheres. The tilt primarily affects the amount of daylight and the angle at which sunlight reaches different parts of Earth, resulting in the changing seasons. Therefore, Option B and D is correct.

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The solidified conduit, or volcanic pipe, is exposed when the volcano erodes.

A volcanic conduit, also known as a volcanic pipe, is a vertical channel or pipe-like structure that connects a magma chamber deep in the Earth's crust to the surface of the volcano. As magma rises through the conduit, it can trigger volcanic eruptions, which can be explosive or effusive depending on the type of magma and the presence of gases.

Over time, volcanoes can erode due to the effects of wind, water, and other natural forces. As the volcano erodes, the solidified conduit or volcanic pipe may be exposed on the surface. The solidified conduit is typically made of volcanic rocks, such as basalt, and can have a cylindrical or funnel shape.

In some cases, the conduit may contain volcanic breccia, a type of rock made of broken fragments of volcanic material that have been welded together by the heat and pressure of the magma. The exposure of the solidified conduit provides important clues about the history and evolution of the volcano.

Geologists can study the shape, size, and composition of the conduit to learn more about the type of magma that was erupted, the depth of the magma chamber, and the frequency and intensity of volcanic activity in the past.

The solidified conduit can also be a valuable source of mineral resources, such as diamonds or other precious stones, that are sometimes found in the volcanic breccia.

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Answer:

It is C and B

Explanation:

Ap*x question

The statements which are correct about political maps are that they never show any physical features at all, political maps show nation-states in different colors, and they will show capital cities, major cities, and large lakes or rivers.

"Political map represents the government borders for countries, states, and countries, and also the location of capitals and major cities."

"Physical feature represents anything that occurs on Earth naturally."

"Capital city is the city or town that functions as the seat of government and administrative centre of a country or region."

"Lake is a large area of water that is surrounded by land."

"A river is a natural flowing watercourse, usually freshwater, flowing towards an ocean, sea, lake or another river."

Hence, option A, B, C are correct.

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Answer:

Fresh water

Explanation:

I don't have an explanation. it's just a guess

The factors influencing sea and river levels could affect the height of the storm surge at a given place and hour are atmospheric pressure, location of the surge, intensity of the wind, the shape of shore line.

However, it is challenging to form a high wave on a steep, narrow shoreline.

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Answer:

A

Explanation:

Solar energy is collected from the sun using solar panels - no water is affected.

Wind energy is collected using wind turbines - no water is affected using wind turbines either.

Hope this helps!

Solar energy in the form of wind energy is a type of solar energy. Winds are caused by the sun's heating of the atmosphere, the rotation of the Earth, and surface defects.

With gasoline prices consistently growing, the hunt for alternative energy is also on the rise. Wind power and solar electricity are two prevalent possibilities. The primary distinction between wind power and solar electricity is when it is accessible.

Despite the fact that both are intermittent, wind power is available all day, but solar power is only available during the day for obvious reasons. This has major ramifications for electricity distribution because power demand continues even during the night.

Thus , Option A is correct about wind and solar energy.

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