The Northern and Southern Hemispheres experience opposite seasons because of the tilt of the Earth's axis in relation to its orbit around the sun.
The Earth's axis is tilted at an angle of approximately 23.5 degrees relative to its orbital plane. This means that during half of its orbit around the sun, the Northern Hemisphere is tilted towards the sun, while during the other half, it is tilted away from the sun. At the same time, the Southern Hemisphere experiences the opposite tilt: when the Northern Hemisphere is tilted towards the sun, the Southern Hemisphere is tilted away from the sun, and vice versa.
When the Northern Hemisphere is tilted towards the sun, it receives more direct sunlight, resulting in longer days, higher temperatures, and summer weather. Conversely, when the Northern Hemisphere is tilted away from the sun, it receives less direct sunlight, resulting in shorter days, lower temperatures, and winter weather. The opposite is true for the Southern Hemisphere.
The seasonal changes occur due to the Earth's annual revolution around the sun, with the changes in daylight hours and sunlight intensity being most noticeable near the equator and least noticeable near the poles. This annual cycle of changing seasons is one of the many factors that contribute to the Earth's diverse climate patterns.
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us state department warns to avoid parts of mexico (True or False)
Answer:
Explanation:
This is
True
slab pull refers to . multiple choice question. subducting lithosphere transform boundaries of lithospheric plates divergent boundaries of lithospheric plates subducting mantle
Slab pull is a geophysical phenomenon whereby the cooling and subsequent densification of a subducting tectonic plate impose downward pressure along the rest of the plate.
What is slab pull?The process that occurs along a subduction zone when a dense oceanic plate falls beneath a buoyant plate, bringing the remaining plates behind it. Subduction is the process through which a tectonic plate descends into the mantle. When an oceanic plate subducts into the underlying mantle, slab pull happens. Subduction zones are just one form of convergent border where two tectonic plates are clashing. A crustal plate cools and gets denser as it advances away from an oceanic ridge. As a result, it subducts into a zone beneath the continental crust. The rest of the plate is also dragged downward by the weight of the sinking, cooling plate due to a strong pulling action.To learn more about slab pull, refer to:
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What is a nautical mile called?
A "geographical mile" or "sea mile" are other names for a nautical mile. It is a unit of measurement used in navigation to determine distances on the ocean's or other body of water's surface.
One nautical mile is equivalent to 1.1508 miles or 1.852 kilometers. As one minute of arc along an Earth meridian corresponds to one nautical mile, using nautical miles in navigation is preferred because it makes navigation calculations easier.
When measuring distances at sea, navigators use nautical miles as their unit of measurement. It is based on the equatorial radius and corresponds to an arc of one minute along a meridian. A nautical mile is equivalent to 1.151 statute miles or 1.852 kilometers.
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to which of the southeastern tribes did the chief tishomingo belong?
Tishomingo belongs to Chickasaw tribe. He was born c. 1735 in Mississippi.
The Chickasaw tribes are an indigenous people of the Southeastern Woodlands. Their traditional territory of Chickasaw was in the Southeastern United States of Mississippi, Alabama, and Tennessee as well in southwestern Kentucky. The language of this tribe is classified as a member of the Muskogean language family. They are organized as the federally recognized Chickasaw Nation in the present days. Chickasaw tribe people have a migration story in which they moved from a land west of the Mississippi River where they settled mostly in present-day northeast Mississippi, northwest Alabama, and into Lawrence County, Tennessee. They interact with the language of French, English, and Spanish colonists during the colonial period. Chickasaw is one of the Five Civilized Tribes of the Southeast as they adopted numerous practices of European Americans. Tishomingo was born c. 1735 in Mississippi.
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Which type of NEO explodes in the atmosphere before reaching the Earth's surface?A) AsteroidB) MeteoriteC) Bolide
The type of the NEO explodes in the atmosphere before reaching the Earth's surface is the correct option is C) Bolide.
The Near Earth Objects that is NEO will burn up in the Earth's surface and before reaching the surface. This process is related with the atmospheric explosion or the fireball. When the small NEO will enters in the Earth's atmosphere, it will encounters the friction and the heat will be generated by the rapid movement in the air. The smaller will be the NEO, the more it will be burn up in the atmosphere.
Thus, the bolide type neo explodes in the atmosphere before reaching the Earth's surface.
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metamorphic index minerals are in indicator of ______
The metamorphic index minerals are in indicator of the grade of the metamorphism.
When the index mineral is found in the metamorphosed rock, it will indicates the minimum pressure and the temperature. The higher will be the pressure and the temperature in which the rock is formed, the higher will be the grade of the rock . The Index minerals in the metamorphic rocks that will indicate the how much the original rock is metamorphosed, and it is called as the grade of the metamorphism.
The Metamorphic petrology is the important for the understanding the processes that will take place within the Earth's interior. Thus, the grade of the metamorphism will depends on the metamorphic index.
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what makes neptune’s moon triton stand out from all the other large satellites in the solar system?
Neptune's moon triton stand out from all the other large satellites in the solar system because, it is the only large satellite with a backward orbit.
Triton is the largest of Neptune's 13 moons. It is un-usual because it is the only large moon in our solar sys-tem that orbits in the opposite direct-ion of its planet's rotation―a retrograde orbit. Scientists think Triton is a Kuiper Belt Object captured by Neptune's gravity millions of years ago.
Like our own moon, Triton is lock-ed in synchronous rotation with Neptune―one side faces the pla-net at all times. But beca-use of its unusual orbital incli-nation both polar regions take tu-rns facing the Sun.
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where are the continental shelves wider – the east coast or the west coast of north america? A West B. East
The continental shelves are wider in the east coast of north America.
Hence, the correct option is B.
Continental shelf is the portion of land covered with layer of sand, silts, and silty muds. Such portions of a continent that is submerged under an area of relatively shallow water, known as a shelf sea. The shelf coast is wider in certain regions of the earth such as Australia, Africa and North America. The continental shelves narrow along the western coast of the United States measuring about 32km wide, whereas the eastern coast is wider which extends to more than 120km. The western coast is relatively shallow and both the coastal plains are continuous in terrain.
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which tectonic plate interaction caused the mount saint helens eruption?
Answer:
The plate margin that created Mount St. Helens was destructive, with Juan de Fuca plate subducting beneath the North American, producing the line of volcanoes along the Cascade Mountain Range
Explanation:
insolation directly results in changes in the_____of a gas, which then results in changes in pressure, leading to motion in the atmosphere.
Insolation directly results in changes in the temperature of a gas, which then results in changes in pressure, leading to motion in the atmosphere.
Insolation is the term which is specifically applied to radiation which arrives first at the Earth’s atmosphere and then the surface of the Earth. The heat which is derived from the solar energy is known as the solar radiation and insolation is the solar radiation which reaches the surface of the Earth.
Insolation affects the temperature, that is, the higher is the temperature of the Earth which causes a change in the pressure which causes motion in the atmosphere.
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Simon Bolivar and Miguel Hidalgo, leaders of Latin American independence movements, were inspired by successful revolutions inanswer choicesthe Soviet Union and Chinathe United States and FranceCuba and Costa RicaEgypt and Kenya
Simon Bolivar and Miguel Hidalgo, leaders of Latin American independence movements, were inspired by successful revolutions in the United States and France.
Simon Bolivar and Miguel Hidalgo were prominent leaders of the Latin American struggle for independence from Spanish colonial rule in the 19th century. They were both inspired by successful revolutions that had taken place in the United States and France, which had brought about significant political and social changes in those countries. The American Revolution, which had resulted in the formation of the United States, and the French Revolution, which had overthrown the monarchy and established a republic, were seen as examples of what could be achieved through revolutionary action. Bolivar and Hidalgo sought to emulate these revolutions in their own countries and establish independent republics that were free from colonial rule. Their efforts were eventually successful, leading to the formation of numerous independent Latin American countries.
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What depends most on water stored in Lake Nasser?
Water from Lake Nasser is mostly used for perennial irrigation.
What resources does the Nile river provide?The Nile is only a few kilometers away from where 95% of Egyptians reside today. To irrigate farmland and sustain towns, canals transport water from the Nile. Agriculture and fishing are supported by the Nile. Throughout the ages, the Nile has also been a crucial conduit for travel.
Temperatures will keep rising as a result of climate change. This results in more evaporation of the water that has been stored. Now, the Aswan Dam-abutting Lake Nasser loses 12% of its volume each year to evaporation, or 16 billion cubic meters of water yearly.
A perennial irrigation system ensures that crops receive continuous and consistent water delivery throughout the crop period according to the needs of the crop. This technique uses a weir or a reservoir as the starting point for a canal distribution system that supplies water to the crops.
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which country has a coast that runs along the mediterranean sea?
Option a is Correct. One of the longest coasts in the Mediterranean is found in Spain. Spain's Mediterranean coast stretches for more than 1,600 kilometres.
The autonomous nations of Andalusia, Murcia, Valencia, and Catalonia border Spain's southern coast (listed from west to east) and a succinct introduction The 22 nations that surround the Mediterranean Sea, the biggest of the semi-enclosed European oceans, with a combined coastline of 46 000 km.
In addition, it is home to some 480 million people who reside in the three continents of Asia, Africa, and Europe. The Mediterranean Sea is bordered by the following nations: Spain, France, Monaco, Italy, Slovenia, Croatia, Bosnia and Herzegovina, Montenegro, Albania, Greece, and Turkey make up the northern shore in that order (from west to east). Turkey and Syria are on the eastern shore (from north to south).
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Correct Question:
which country has a coast that runs along the mediterranean sea?
a. Spain
b. Slovenia
c. Turkey
d. Egypt.
1. Describe one important natural resource found in Russia. In your short response, include why the natural resource is important and where it can be found. (5 points)
2. Describe when the first human settlements began in Russia. In your short response, also note which people settled there. (5 points)
3. What caused the end of the Russian monarchy, and when did it occur? (5 points)
4. When was the Soviet Union formed? Who owned all the land and industry in Russia afterward? (5 points)
5. What problems do people living in urban areas of Russia face today? What problems do people living in rural areas of the country face? (5 points)
6. In your own words, describe one issue or challenge facing Russia today. (5 points)
Russia is home to the second-biggest coal reserves, the eighth-largest oil reserves, and the largest natural gas reserves in the planet. It is among the biggest producers and exporters of natural gas, as well as the second- and third-largest producer of crude oil.
What are the two most crucial resources for Russia?Russia has 48 billion cubic meters of gas and 17 billion tons of oil. The world's largest producer of dry natural gas, after the US, is Russia, which also holds the top rank for global gas reserves.
How many resources does Russia have in nature?Natural resources of Russia are thought to be worth $75 trillion. They consist of rare earth metals, natural gas, coal, and crude oil. It came in third place globally in 2021 for industrial diamond output.
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how might pollution hot spots in the waters of southern europe affect future economic activity in the region?
Hotspots of pollution in Southern European waterways may have an impact on future economic activity because they can kill marine life, impair the ecology, and promote the growth of bacteria that may be toxic to people.
High unemployment, excessive government expenditure, and a large national debt. The alps, the closeness of the area to huge bodies of water, and winter storms all have an impact on the region's climate. The EU stretched its financial resources and inflamed animosity among member states by providing loans and subsidies to select members in Southern Europe.
From 2009, the European Union has offered financial support in return for Southern European countries implementing an austerity-based political agenda. Because of these measures, the state now participates in the economy less, which has exacerbated unemployment.
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What were the 3 main points of the Treaty of Paris 1763?
Answer:
1. All French territory on the mainland of North America was lost
2. The British received Quebec and the Ohio Valley
3. The port of New Orleans and the Louisiana Territory west of the Mississippi were ceded to Spain for their efforts as a British ally.
Explanation:
Answer:
The terms of the Treaty of Paris were harsh to losing France. All French territory on the mainland of North America was lost. The British received Quebec and the Ohio Valley. The port of New Orleans and the Louisiana Territory west of the Mississippi were ceded to Spain for their efforts as a British ally.
Explanation:
when a society gets the most it can from its scarce resources is called?
When a society gets the most it can from its scarce resources, it is referred to as achieving allocative efficiency. This means that the society has allocated its resources in the most optimal way to produce the maximum output of goods and services given the available resources and technology.
Allocative efficiency is achieved when the marginal benefit of producing one more unit of a good or service equals its marginal cost. This ensures that resources are being used efficiently and that the society is producing the goods and services that are most valued by its members.
However, achieving allocative efficiency does not necessarily mean that a society is producing the maximum possible amount of goods and services. This is because there may be other factors, such as technological constraints or social considerations, that prevent the society from fully utilizing its resources to their maximum potential.
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ice floats on a lake. this characteristic of water is responsible for
Answer:
Density
Explanation: Density: An unusual characteristic of water is that, unlike most solids, ice is less dense than liquid water. For this reason, ice cubes float in a glass of water rather than sink to the bottom of the glass.
what is the reason that jupiter radiates more energy into space than it receives from the sun
Jupiter's internal heat source causes it to emit more energy into space than it does from the sun. As a gas giant, Jupiter has a hydrogen and helium-rich atmosphere.
Hydrogen atoms compress and fuse together at the planet's core under the intense pressure and heat, releasing energy in the form of heat and light. On a smaller scale, this process is comparable to the fusion that fuels the sun.
Jupiter's internal heat source causes it to radiate more energy into space than it takes in from the sun. Telescopes on Earth and in space can pick up the infrared radiation that is emitted as a result of this energy.
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State two services that tour operators provide for their customers when at a destination
Answer:
guide service
Explanation:
because that are guidea
FILL IN THE BLANK. winds occur when a stagnant high-pressure air mass flows downslope from a mountain range and descends as a warm, dry wind toward a low-pressure zone.
Downslope winds will occur when the stagnant high pressure air mass flows downslope from the mountain range and descends the warm, dry wind toward the low-pressure zone.
The Dry and the gusty winds were the blasted down the lee that is the downwind or the sheltered is slopes of the mountain ranges in the numerous western states as the result of the weather front that will brought the unseasonably the cold air in to Rocky Mountains.
The Downslope winds will occur when the stagnant high pressure air with the mass flows the downslope from the mountain range and the descends as the warm, the dry wind toward the low pressure zone.
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Which type of air mass most likely has high humidity and high pressure?
A maritime tropical air mass is most likely to have high humidity and high pressure.
Maritime tropical air masses form over warm ocean waters in the tropics and subtropics and are characterized by high temperatures and high humidity. These air masses typically have a lot of moisture and are associated with heavy rainfall and thunderstorms. When these air masses move over land, they can bring hot, humid weather with them, which can lead to uncomfortable and potentially dangerous conditions, especially in areas where the heat index is high. High-pressure systems associated with maritime tropical air masses are typically associated with clear skies and calm winds, making them ideal for outdoor activities but potentially dangerous due to the risk of heat-related illness. Understanding the characteristics of different air masses is important for weather forecasting and for understanding the potential impacts of weather events on human health and infrastructure.
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which type of plate boundary generates the greatest quantity of magma?A. divergent, B. convergent, orC. transform.
The type of plate boundary that generates the greatest quantity of magma is A. divergent.
What is Divergent boundaries?Spreading boundaries are those where plates are moving apart and new oceanic crust is being produced to cover the space. Along mid-ocean oceanic ridges, the majority of divergent borders are found (although some are on land).
A diverging boundary, also known as a divergent plate boundary, in plate tectonics is a linear structure that exists between two tectonic plates that are moving apart. Rifts are initially created by divergent boundaries within continents, and they gradually develop into rift valleys.
Therefore, option A is correct.
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Which piece of evidence is least persuasive in supporting the hypothesis of continental drift?
a. rock sequences
b. glacial evidence
c. paleomagnetic surveys
d. fit of continent shorelines
e. fossil evidence
Answer: Fossil evidence or glacial evidence.
Explanation: I took eight tests on it over over again.
what effect do turbidity currents have on the continental slope?
Turbidity currents can have a significant effect on the continental slope. These underwater currents are made up of sediment and water, and they flow downhill under the force of gravity. When a turbidity current encounters a continental slope, several things can happen:
Erosion: Turbidity currents can erode the seafloor and the sediment that makes up the continental slope. This erosion can create canyons and channels that cut into the slope.Overall, turbidity currents can have a significant impact on the continental slope, shaping the seafloor and creating unique geological formations.
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Which environment typically experiences the most extreme seasonal variation? A. Tropical forests. B. Open oceans. C. Boreal forests. D. Tide pools.
Boreal forests environment typically experiences the most extreme seasonal variation.
Boreal forests are located in the high latitudes of the Northern Hemisphere, primarily in Canada, Russia, and Scandinavia. They experience extreme seasonal variation, with long, cold winters and short, cool summers. The temperature range can be as high as 50°C (90°F) between winter and summer. In addition to temperature variation, boreal forests also experience significant changes in precipitation, with snowfall in the winter and rainfall in the summer.
In contrast, tropical forests (option A) have relatively stable temperatures and high rainfall throughout the year, while open oceans (option B) have relatively stable temperatures and moderate seasonal changes in precipitation. Tide pools (option D) experience some seasonal changes, but not to the same extent as boreal forests.
Overall, the extreme seasonal variation experienced by boreal forests is due to their location in the high latitudes, where they are exposed to significant variation in solar radiation throughout the year. This variation in turn affects temperature and precipitation patterns, resulting in the distinctive seasonal changes characteristic of these environments.
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what is the earth’s coldest continually inhabited settlement?
The coldest continually inhabited settlement on Earth is Oymyakon, a village in the Sakha Republic (Yakutia) in Russia.
The coldest continually inhabited settlement on Earth is the town of Oymyakon in Russia, located in the Sakha Republic region of the Russian Far East. With temperatures that can plunge to as low as -71.2°C in winter,
Oymyakon is widely recognized as one of the coldest permanently inhabited places on Earth. The town is home to around 500 people, who must battle the harsh winters and often find themselves without electricity or running water during the coldest months of the year.
In the winter, the “pole of cold” Oymyakon experiences days that can last for weeks without any sunlight, and temperatures that often remain consistently below -50°C. In 1933, the town was officially recognized as the coldest inhabited place on Earth with a temperature of -67.7°C. The town is not without its challenges.
However, and the extreme cold has forced residents to make various adaptations to their lifestyle, including building their homes from materials that are better suited to withstand the cold.
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how do the authors of your text (diversity amid globalization) define globalization?
Globalization is described by the writers of your work (Diversity amid Globalization) as the rising connectivity of people and places as a result of convergent processes of economic, political, including cultural change.
The authors define globalization as the process of increased interconnection and interdependence across nations, economies, and cultures.
It encompasses expanding cross-border flows of capital, information, products, and services that are made possible by communications, transportation, and technological advancements.
The increase of international economic, political, and cultural contacts as a result of globalization have helped to construct a multi-national global system.
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what is houston texas temperature ?
The houston texas temperature is around 22-25 degree celsius.
A substance or system's temperature is a measurement of the average kinetic energy of its constituent particles. To put it simply, it is a gauge for determining how hot or cold something is.
Although Kelvin (K) and Rankine (°R) can also be used to measure temperature, Celsius and Fahrenheit are the most common units used. The freezing and boiling points of water serve as the basis for the Celsius and Fahrenheit scales, while absolute zero, the point at which all molecular motion ceases, serves as the basis for the Kelvin and Rankine scales.
A humid subtropical climate with tropical influences best describes Houston's climate. Normal monthly temperatures are 53.1 °F (11.7 °C) in January and 84.6 °F (29.2 °C) in August.
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when will the hottest hours of a summerdat when will the hottest hours probably be
Depending on the location and weather, the afternoon is usually when a summer day reaches its peak temperature, usually between 2 and 4 p.m.
It takes some time for the ground and air to heat up and reach their peak temperatures because the sun is at its highest point in the sky around noon.
Additionally, elements like humidity, cloud cover, and wind speed can have an impact on when and how intensely peak temperatures occur. There might be exceptions to this general rule, so it's important to keep in mind that temperature patterns can vary greatly depending on the region and the season.
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