The wettest areas of the East African savanna are located in a region in close proximity to the Equator. This means that this area experiences higher levels of rainfall and humidity than other areas located further away from the Equator.
The Impact of Proximity to the Equator on the East African SavannaThe East African savanna is a unique and fascinating ecosystem, and its proximity to the Equator plays a major role in determining its climate.
Those areas of the savanna located closest to the Equator experience higher levels of humidity and rainfall than those located further away. This unequal distribution of rainfall results in an unequal distribution of the rainy and dry seasons, with the rainy season tending to be longer and more intense than the dry season.The seasonal differences in rainfall have major implications for the flora and fauna of the savanna.
Plant species adapted to the wetter areas thrive during the rainy season, while the dry season provides an opportunity for grasses and other adaptations to the drier climate to flourish. Animals also must adapt to the changing climate, with some species migrating to other regions of the savanna in search of food and water, while others are forced to adapt their behaviors to survive the dry season.Learn more about East African Savanna at: https://brainly.com/question/19718189
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which scenario will most likely result in a change to the nitrogen cycle that negatively affects plant growth?
Scenario that will most likely result in a change to the nitrogen cycle that negatively affects plant growth: soil acidification.
What is the affect of soil acidification on nitrogen cycle?
The process of soil acidification, which results in a reduction in soil pH over time and can influence both surface soil and subsurface, is sped up by agricultural activity.
The supply of nitrogen may be decreased if beneficial soil microorganisms are prevented from recycling nutrients. In addition to possible calcium, magnesium, and molybdenum deficits, phosphorus in the soil becomes less available to plants. It may become more difficult for plants to use moisture from the soil.
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The carrying capacity of a population is found at the top of a ___________ curve, and the factors determining the carrying capacity are density ___________.
The carrying capacity of a population is found at the top of a logistic curve, and the factors determining the carrying capacity are density dependent.
The carrying capacity of a population is found at the top of a logistic curve, and the factors determining the carrying capacity are density-dependent.
What is a population?A population refers to the number of individuals who cohabit a certain area. The population of something like a city is the total number of inhabitants. They are referred to as citizens or occupants. All people who reside in the region are included in the demographic.
As a population grows closer to the available capacity threshold enforced by the planet's finite resources—its per capita market growth declines. The population size is constrained by variables that depend off density since they do so more frequently as density rises. Since the expansion rate is the most creatures that can coexist peacefully in a given habitat.
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which is a major reason that venus has such a dense carbon dioxide atmosphere today, as compared to the atmosphere of the earth? there is almost no water on venus. venus has a sulfuric acid haze below its clouds. venus has more nitrogen in its atmosphere. venus is less geologically active.
Venus is incredibly dry; there isn't enough water there to draw carbon co2 from the atmosphere.
The definition of atmosphere.The layers of gases that envelop a planet or any other celestial body are its atmosphere. About 78% of such gases in the Earth's atmosphere are nitrogen, 21% are oxygen, and 1% are other gases. The atmosphere of Earth reaches up to 10,000 kilometres (6,214 miles) above the earth's surface.
Why is the atmosphere crucial?In addition to providing us with the gas we need to survive, it shields us from dangerous UV solar radiation. Without it, the pressure needed for liquid water to exist on the surface of our planet would not be possible. Additionally, it warms our world and maintains Earth's habitable range.
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in characterizing an air mass, which of the following statements is not true?: An air mass initially reflects the characteristics of its source region.Air masses interact to create weather patterns.They are relatively homogeneous in terms of temperature and humidity.Air masses most often originate in the midlatitudes.Front form where unlike air masses meet.
Air masses most often originate in mid latitudes is not true in characterizing an air mass.
A large body of air with related to the right temperature and humidity is referred to as an air mass. The characteristics of an air mass are determined by the area from which it originates. The longer the air mass remains over its initial location, the more probably it will acquire surface properties. The heat and moisture character traits of their source regions are used to classify air masses. Temperature classifications include tropical (warm), polar (cold), and arctic (extremely cold).
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Why troposphere is thicker at equator than pole ?
Answer:The troposphere is thicker over the equator than the poles because the equator is warmer.
Explanation:Heat differential on the planet's surface causes convection currents to flow from the equator to the poles. This implies that the warmer the weather, the thicker is the troposphere.
in terms of freshwater storage, groundwater is second only to which of the following sources?
In terms of freshwater storage, groundwater is second only to the glacier.
What is glacier?
Glaciers is a slowly moving mass of ice. Glaciers form on land where the snow that has fallen over the centuries has compressed into ice. Gravity will slowly move you down.
Most of the world's glaciers are located in polar regions such as Greenland, the Canadian Arctic and Antarctica. Glaciers are also found near the equator in some mountainous regions. The Andes Mountains of South America contain some of the largest tropical glaciers in the world. About 2% of all water on earth is frozen in glaciers.
Glaciers can range in age from hundreds to thousands of years. Most of today's glaciers are remnants of huge ice sheets that covered the Earth during the Ice Age. The Ice Age ended over 10,000 years ago. Earth's history has had colder periods when glaciers formed and warmer periods when glaciers melted.
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watching the night sky for shooting stars is likely to be reinforced on a ________ schedule
Watching the night sky for shooting stars is likely to be reinforced on a variable-interval schedule.
How does a variable-interval schedule work?A schedule of reinforcement with a variable interval is one in which a response is rewarded after an arbitrary period of time. Reinforcement is given at arbitrary intervals thanks to a variable interval schedule. This encourages habit persistence over an extended length of time. Since rewards are given out over time, they average out, but they are given out unevenly during that time.
A variable-interval plan encourages a behavior at different periods. A fixed-interval schedule would reward the behavior repeatedly, which is not practical. The behavior persists, however, on a variable-interval schedule because the person engaging in the behavior is unsure of when the reward will occur.
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The Pacific Ocean touches all continents except Europe & Africa.
The statement that the Pacific Ocean touches all continents except Europe and Africa is true. (Option A)
The Pacific Ocean is the largest and deepest of the five oceanic divisions of planet Earth. The ocean refers to the body of salt water that covers approximately 70.8% of the surface of Earth and contains 97% of Earth's water. The Pacific Ocean extends from the Antarctic region in the south to the Arctic in the north. It is bounded by continents of Asia and Australia on the west and North America and South America on the east. The two continents that the Pacific Ocean does not touch are Europe and Africa.
Note: The question is incomplete as it is missing options A) True B) False.
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Light absorbing molecules used by plants to absorb the sun's energy.
Light absorbing molecules used by plants to absorb the sun's energy is chlorophyll.
Any of several closely similar green pigments called chlorophyll can be found in cyanobacteria as well as in the chloroplasts of algae and plants. Its name is derived from the Greek words "khloros" and "phyllon," which both mean "pale green" ("leaf"). Plants can absorb energy from light thanks to chlorophyll. In the blue and red parts of the electromagnetic spectrum, chlorophylls absorb light most effectively. Green and near-green wavelengths, on the other hand, are poorly absorbed by it. Thus, tissues rich in chlorophyll appear green because less green light is absorbed and is instead diffusively reflected by components like cell walls. The photosystems of green plants contain two different forms of chlorophyll: chlorophyll a and b.
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Explain the relationship between a country’s use of natural resources and its population.
Answer: As the human population grows, our consumption of natural resources increases.
Hope this helps! :)
Sovereign nation-states are:
A: often dangerous military states
B: the most common political unit
C: a declining form of government in the world
D: always states with single party rule
compare the weather conditions in high air pressure and low air pressure situations
Clear skies are typically linked to high-pressure systems. low air pressure weather pattern that is typically brought on by warming. Storms and low-pressure systems frequently coexist.
Everything you touch is pressed upon by the weighty air that surrounds you. This pressure is referred to as air pressure or atmospheric pressure. It is the force that the air above a surface applies to it while gravity pulls the surface toward Earth. A barometer is frequently used to measure atmospheric pressure. A mercury column in a glass tube acts as a barometer, rising or falling in response to changes in the atmosphere's density. By measuring how much the mercury rises, meteorologists can determine the atmospheric pressure.
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explain the difference between site and situation ap human geography
A location's physical characteristics that affect how much something costs to produce, such as land, labor, and capital human geography. Situational factors: Characteristics of the vicinity of a site, particularly in relation to the expense of moving raw materials and finished items.
What does site in AP Human mean?Site: The physical characteristics of a site; the items found there and their significance (For more on Site & Situation, see p. 16). Situation: A place's position in relation to other places.
What are site geography and situation?Site refers to the location of the settlement, such as on a hill or in a valley that is protected. Situation: This explains the settlement's location in relation to nearby settlements and its characteristics.
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what term refers to any type of glacial deposit, and what is the difference between till and stratified drift?
A Debris in the glacial environment that may be deposited directly by the ice is called till after reworking by meltwater streams that is outwash. This resulted a glascial deposits called as glacial drift.
The glacial drift referred to the terms that describes any sedimented form that is by glacial origin. Till refers to an unsorted type of glacial drift on the other side stratified drift that refers to sediment that is sorted according to the size and weight of particles.
Till is a form of glacial drift, which is rock material transported by a glacier and deposited directly from the ice or from running water emerging from the ice. It is distinguished from other forms of drift in which it was deposited directly by glaciers without being reworked by meltwater.
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what bodies of water are formed when a stagnant block of glacial ice becomes partly or completely buried in glacial sediments, eventually melting? group of answer choices tarns pater noster lakes braided streams kettle lakes
if the polar ice caps melt due to global warming, water now locked up near the earth’s rotation axis will spread out around the surface of the globe.
The ice polar caps will melt if the earth warms significantly. Around the world, water will disperse from the poles, close to the axis of revolution.
If the polar ice caps melt, water would flow throughout the world, increasing its moment of inertia. However, due to the rule of conservation of momentum, rotational speed would slow down to ensure that angular momentum is constant. The length of the day would lengthen as the speed of rotation decreased. Coastal flooding and storm surge are made more dangerous by rising seas, endangering coastal cities and small island nations. The Greenland ice sheet's glacial melt is a key indicator of future sea level rise.
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In 2004 Lithuania became a member of the
Answer: The European Union
Explanation: Lithuania became a full-fledged member of the European Union on 1 May 2004. We are part of a unique economic and political family, which consists of 28 member countries. The EU acts in a variety of policy areas, from consumer protection to security and defense.
the hours of daylight and darkness in march are closest to the hours of daylight and darkness in:
March and September have equal amounts of the hours of daylight and darkness.
The equinoxes are the only times of year when the Northern and Southern Hemispheres have roughly equal amounts of day and night. Every year, the Earth experiences two equinoxes: one around March 21 and another around September 22. Vernal equinox (around March 21): day and night are of equal length, signaling the beginning of spring. Summer solstice (June 20 or 21): the longest day of the year, indicating the beginning of summer. Autumnal equinox (around September 23): day and night are of equal length, signaling the beginning of autumn.
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If gravity is the only force that plays a role in the evolution of the universe, and the mass density is less than the critical mass density, which plot correctly shows the evolution of the universe?
Plot A: a curved incline
Plot B: a steady/constant incline
Plot C: a very curved decline
The correct answer is point B: A steady / constant incline shows the evolution of the universe.
If gravity is the only force that plays a role in the evolution of the universe, and the mass density is less than the critical mass density then a steady or constant incline shows the evolution of the universe.
The Big Bang, an explosion of space, is thought to have been the beginning of our universe. Space expanded, the cosmos cooled, and the simplest elements created after starting off with an incredibly high density and temperature. The first stars and galaxies were created as a result of gravity progressively drawing matter together.
Due to the nature of the cosmos, it has gone through multiple stages of evolution. These crucial phases comprise:
age of radiationRecombination eratime periodconnected to the age of the ionizationIn general, a steady or continuous inclination will symbolize the myriad gradual changes the universe has gone through during its evolution.
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a biogeochemical cycle refers to the . a. exchange of chemicals between landmasses and the oceans b. the passage of chemicals among living and nonliving systems c. exchange of chemicals among magmatic and solid-phase systems d. long-term movement of biogeochemical minerals through the rock cycle
A biogeochemical cycle refers to the exchange of chemicals among magmatic and solid-phase systems.
Hence, option C is correct.
A biogeochemical cycle describes how an element or compound, such as water, moves between its various living and nonliving forms and locations in the biosphere. Water, carbon, nitrogen, phosphorus, and sulfur cycles are all important biogeochemical cycles for living organisms.
Many biogeochemical cycles operate as part of ecological systems (ecosystems), such as the water cycle, carbon cycle, nitrogen cycle, and so on. All chemical elements occurring in organisms are part of biogeochemical cycles.
The term biogeochemical is an abbreviation for considering the biological, geological, and chemical aspects of each cycle.
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On a map, what is the term for the height above sea level of a point on Earth's surface? (a) elevation (b) topography (c) relief (d) latitude
The correct answer is (a) elevation. The vertical height above sea level is referred to as elevation. The vertical separation between an object and the surface of the earth is known as height.
A location's elevation can be defined as its height above or below a fixed reference point, most frequently a reference geoid, a mathematical representation of the Earth's sea level as an equipotential gravitational surface (see Geodetic datum Vertical datum). In most cases, elevation is used to describe locations on the surface of the Earth, whereas altitude or geopotential height is used to describe locations above the surface, such as those of flying airplanes or orbiting satellites, and depth is used to describe locations below the surface. Elevation should not be confused with the angular separation from the Earth's centre. The summits of Mount Everest and Chimborazo have the highest elevation and greatest geocentric distance, respectively, because of the equatorial bulge.
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What is the difference between Pahoehoe and Aa lava?
Answer:-What is the difference between Pahoehoe and Aa lava? Pahoehoe lava is smoother and flows faster than Aa lava. Aa is much slower and hardens into a jagged surface while pahoehoe lava hardens into a smooth surface. The lava is identical in both pahoehoe and aa lava flows, the difference comes from the amount of lava erupted and the speed of cooling. Pahoehoe lava flows are produced from a small amount of lava that moves slowly, while aa flows usually are associated with a large volume of lava that moves swiftly. Aa lava flows form when basalt lava flows down the side of a volcano and is cooler than pahoehoe lava flows. The lava flow has a rough or rubbly surface with sharp edges. 'A'ā (pronounced "ah-ah") is a Hawaiian term for lava flows that have a rough rubbly surface composed of broken lava blocks called clinkers. The incredibly spiny surface of a solidified 'A'ā flow makes walking very difficult and slow.
this photo shows apparatus used in an experiment in which materials thought to have been present on the early earth were sparked with energy. what have we learned from this type of experiment?
The Miller-Urey experiment, also known as the Miller experiment, is a well-known chemistry experiment that mimicked the atmospheric conditions that were thought.
The Miller-Urey experiment, also known as the Miller experiment or Miller experiment, is a well-known chemistry experiment that mimicked the atmospheric conditions that were thought, in 1952, to exist in the early, prebiotic Earth in order to test the theory of the chemical origin of life under those conditions. Water (H2O), methane (CH4), ammonia (NH3), hydrogen (H2), and an electric arc were all employed in the experiment (the latter simulating hypothesized lightning).
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_____ are the oldest known primate group.
How many Moons would fit across the diameter of the Sun?
The diameter of the Sun is 864,400 miles and the diameter of the Moon is 2,159 miles, which means that there would be 400,000 moons that could fit across the diameter of the Sun.
The Power of the Sun: 400,000 Moons Could Fit Across Its DiameterThis is a remarkable fact and one that highlights the vastness and power of our Sun. The Sun's incredible size allows it to provide life-giving energy and light to our planet, and its gravitational pull ensures that planets and moons stay in orbit. Without it, the Solar System would be an entirely different place.
The Moon is an important celestial body in its own right, providing us with a beautiful night sky and helping to regulate the tides. It is a testament to the power of the Sun that it could hold so many moons within its diameter.
The Sun and the Moon are two of the most amazing features of our Solar System, and this comparison shows us just how powerful and huge our Sun really is. It is an incredible fact that 400,000 Moons could fit across the diameter of the Sun, and it serves as a reminder of the awe-inspiring scale of the universe and its many wonders.
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what is the average age of the freshwater ground water at silver glen spring?
The average age of freshwater ground water at Silver Glen Spring will vary depending on the composition of the aquifer and other local factors.
Average Age of Freshwater Groundwater at Silver Glen SpringThe age of freshwater ground water at Silver Glen Spring is an important factor to consider when evaluating the health and sustainability of the local environment. Groundwater is a valuable resource for both humans and wildlife, and its age is indicative of the quality of the water. In general, older groundwater is more likely to contain higher concentrations of contaminants, while younger groundwater is usually cleaner and more suitable for human and animal consumption.
At Silver Glen Spring, the average age of the freshwater groundwater can vary widely depending on the composition of the aquifer and other local factors. Factors such as:
The types of bedrock and soil present in the area, the rate of recharge, and the presence of contaminants can all have an effect on the age of the groundwater. If the aquifer is composed of porous rock, the recharge rate will be faster, resulting in younger groundwater. However, if the aquifer is composed of impermeable rock, the recharge rate will be slower, resulting in older groundwater.Learn more about ground water at: https://brainly.com/question/13967524
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PROOF Complete the two-column proof by dragging the missing statements and reasons into the correct order. Given: JK≅KL , M is the midpoint of JL . Prove: ΔJKM≅ΔLKM
Answer:
Statements:
JK≅KL
M is the midpoint of JL
JL≅LJ (definition of midpoint)
∠JKL ≅ ∠KLJ (ASA Congruence)
JKM ≅ LKM (HL Congruence)
ΔJKM ≅ ΔLKM (AA Similarity)
Reasons:
Given
Given
Definition of midpoint
ASA Congruence with sides JL and LJ congruent and ∠JKL ≅ ∠KLJ
HL Congruence with sides JK and LK congruent and ∠JKL ≅ ∠KLJ
AA Similarity with ∠JKM ≅ ∠LKM and ∠KJM ≅ ∠KLM (by HL Congruence)
Proof:
JK≅KL (Given)
M is the midpoint of JL (Given)
JL≅LJ (Definition of midpoint)
∠JKL ≅ ∠KLJ (ASA Congruence)
JKM ≅ LKM (HL Congruence)
ΔJKM ≅ ΔLKM (AA Similarity)
Explanation:
Statements:
JK≅KL
M is the midpoint of JL
JL≅LJ (definition of midpoint)
∠JKL ≅ ∠KLJ (ASA Congruence)
JKM ≅ LKM (HL Congruence)
ΔJKM ≅ ΔLKM (AA Similarity)
Reasons:
Given
Definition of midpoint
ASA Congruence with sides JL and LJ congruent and ∠JKL ≅ ∠KLJ
HL Congruence with sides JK and LK congruent and ∠JKL ≅ ∠KLJ
AA Similarity with ∠JKM ≅ ∠LKM and ∠KJM ≅ ∠KLM (by HL Congruence)
Proof:
JK≅KL (Given)
M is the midpoint of JL (Given)
JL≅LJ (Definition of midpoint)
∠JKL ≅ ∠KLJ (ASA Congruence)
JKM ≅ LKM (HL Congruence)
ΔJKM ≅ ΔLKM (AA Similarity)
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What is a frequent reason for a stock split?
The board of a firm may elect to divide shares of stock if the share price of the company rises to a level that some investors may find unsettling or surpasses that of other, comparable companies in the same industry.
When a business issues more shares to increase the stock's liquidity, the result is a stock split. The total monetary worth of all outstanding shares remains same even when the number of shares outstanding grows by a specific multiple since a split does not fundamentally alter the company's value. Reverse stock splits are the opposite occurrence, where a corporation decreases the number of shares outstanding as opposed to increasing them, driving up the share price in the process.
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next, review the statements below, and indicate which are correct for the style of folding present in the gigapan image.
correct for the style of folding present in the gigapan image ,One side of the anticline dips more steeply than the other, At least one of the folds in this outcrop is asymmetrical.
What type of fold has rocks folding up in the middle?An upward-curving fold is known as an anticline. The rocks slope away from the fold's center. The middle of an anticline is where you can find the oldest rocks. At the summit of the building, the newest rocks are piled on top of them.
What kind of strain is a fold an example?Plastic deformation is another name for ductile deformation. In geology, structures are deformation features brought about by ongoing (brittle or ductile) strain. Folds and flaws are two examples.
Which of the following features are types of folds?There are three main types of folds: anticlines, synclines, and monoclines.
What is folding in GEO?All geologic processes by which the surfaces of rocks become curled during deformation are collectively referred to as folding. Folding refers to the primarily slow, ductile behavior of relatively soft and/or heated rocks because folds are permanent deformation structures with little or little loss of cohesion of the folded layer.
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Why is upwelling important to ocean life?
The process of upwelling is important to the ocean life because, it supports the growth of important elements that help in generation of higher degrees of fertility in the ecosystems.
The process of upwelling can be referred to or considered as the process that helps in the seaweed and plankton growth in the oceans and other coastal water bodies. The seaweed and plankton are consumed by the fishes and other marine lives, and as a result of the same, the ecosystem of oceans becomes more balanced and fertile.
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