The population of humans on earth has reached its carrying capacity or the maximum number of individuals an environment can support over time without destroying or degrading it, is determined by several key factors. Food availability, water, and space
The impact of so many people on the environment Two major forms follow
the consumption of resources such as land, food, water, air, fossil fuels, and minerals. Consumption-related waste such as air pollutants, water pollutants, toxins, and greenhouse gases.Population growth is the growth of the population on earth. For most of human history, our population is relatively stable. However, innovation and industrialization have made energy, food, water and medical supplies more accessible and reliable.
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What type of warm-up intentionally mimics the movements that will be a part of the workout to follow it? General warm-up Specific warm-up Dynamic warm-up Static warm-up
Specialization: multiple choice reduces the cost of production for all producers. ensures more wealth for everyone. creates more income for consumers and producers. ensures that goods and services are produced by low-cost producers
Specialization ensures that goods and services are produced by low-cost producers.
What is specialization?It should be noted that specialization simply means the concentration of the production in a particular field.
In this case, specialization ensures that goods and services are produced by low-cost producers.
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Assuming someone born today lives to the age of 100, how much wider will the atlantic ocean become during his or her lifetime?
The Atlantic ocean is widening at an estimated rate of 4cm a year.
So, if the ocean is widening 4 cm a year, then in 100 years it will be 4x100 = 400 cm wider.
In activities far below the crust, the tectonic plates are constantly moving, and with the exception of earthquakes, these movements are not actually felt. However, scientists have observed that the Atlantic Ocean is slowly expanding, moving the continents of North and South America further away from Europe and Africa.
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What are the small bits of rock and metals that collide with earth's atmosphere?
a meteor is an asteroid offer object that burn and vaporize upon entry into the earth atmosphere meteor are commonly known as shooting stars if a meteor survive the plung through the atmosphere and land on the surface it is known as meteorite meteorite it's known as a categorise and iron ore stone
Should we protect native British species against invasive species? Justify your view?
Answer:
I think yes, you should protect native British species because invasive species can be harmful to the land and they can destroy the envorment that the native species live in making the native species suffer and maybe go extinct. invasive species like the Asian carp, can also affect humans as well and have a domino effect on all surroundinglife around an invaded area. so yes, you should protect them.
How much starlight is received on earth?
What would happen to the oceans if surface runoff and groundwater flow did not occur?
Answer:
THEN, SURELY THE OCEANS WILL BECOME SMALLER.
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Please help!!
Calculate the average population density for South Africa. Use these figures: Area: 1 219 090 km²; Population: 50 000 000 (2012)
Based on South Africa's population and its area, the average population density would be 41 people per square kilometer
What was South Africa's population density in 2012?Population density can be found by:
= Population of area / Area
Solving gives:
= 50,000,000 / 1,219,090
= 41 people per square kilometer
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Circling the globe at northern latitudes is ____________, with coniferous trees and long, cold winters
Answer:
Taiga
Explanation:
I know
The intertropical convergence zone may be found as far as ________ north of the equator in july.
The intertropical convergence zone may be found as far as 25° north of the equator in July.
What is real about the convergence zone between the tropics?
The Inter Tropical Convergence Zone, often known as the ITCZ, is a low-pressure area that rounds the Earth generally close to the equator and is the meeting point of the trade winds from the Northern and Southern Hemispheres. It is characterized by convective activity, which frequently results in intense thunderstorms over wide swaths of terrain.
How does the location of the intertropical convergence zone ITCZ change over time?
The position of the ITCZ varies seasonally because it tracks the sun. In the summertime of the Northern Hemisphere, it goes north, while in the wintertime, it moves south. As a result, the tropics' wet and dry seasons are caused by the ITCZ.
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A flood plain is the flat area around the river extending from its channel to the edge of the wide valley.
Answer:
True?
Confirmed definition: "an area of low-lying ground adjacent to a river, formed mainly of river sediments and subject to flooding."
What type of professional would use ice-core samples, rocks, and mud layers to find evidence of contaminates like radiation, chlorine, mercury, and coal exhaust?
Geologist would use ice-core samples, rocks, and mud layers to find evidence of contaminates like radiation, chlorine, mercury, and coal exhaust.
Ice cores are ice cylinders that have been extracted from glaciers and ice sheets. They effectively serve as frozen time capsules that enable researchers to recreate former climates and the changes. Ice core layers are arranged according to years and seasons, with the newest ice at the top and the oldest at the bottom.
Geologist collects the ice cores all over the planet to research regional climate variability and to compare and contrast that variability with signals from the global climate. Ice cores, or samples taken from the ice, provide a history of our planet hundreds of thousands of years ago.
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Southern California is famous for its wildfires, which are often exacerbated by the Santa Ana winds blowing through the canyons. What mass wasting event will later devastate the same fire-affected areas
The mass wasting event which will later devastate the same fire-affected areas is called Mudflows
Why do mudflows happen?
Mudflows occur when significant amounts of water collect to quickly erode soil on a steep slope. Mudslides happen when a lot of water builds up and quickly erodes the soil on a steep slope. As a result of heavy rain, for example, water seeps into the soil and separates the soil grains.
A muddy substance's starting point for flow is influenced by its particle size, water content, and topographical slope. In contrast to coarse sediment or a debris flow, shallower flows can transport fine-grained particles like mud or sand. A mud flow can start more easily when there is more water present (more precipitation or overland flow).
Coarser material may be swept up by a mud flow after it forms. Finer sediment and water that pools up behind the flowing front of the coarse-grained mudflow push the coarser silt that was taken up by the flow and often forms the front of a mudflow surge.
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Questions from the Snowball Earth Case Study. Which of the following are evidence left in rock from the Neoproterozoic age that indicate glaciers? Select all that apply.
Evidence left in rock from the Neoproterozoic age that indicates glaciers: The presence of "Cap Carbonates" suggests that glaciers must have been present at low latitudes at some point in the past. This is further explained below.
What is the Neoproterozoic age?Generally, It was during the Neoproterozoic Era (1000–543 Ma) that the microbial world transitioned to a more sophisticated animal life form known as the Phanerozoic.
In conclusion, Glaciers were likely present throughout the Neoproterozoic epoch based on the following evidence found in rocks: Glaciers must have been at low latitudes at one point in time in order for there to be evidence of "Cap Carbonates," which indicates that they did.
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8. In most of the continental US, what fraction of annual precipitation actually moves directly into streams and rivers as surface runoff (without infiltrating into the ground or returning to the atmosphere via evapotranspiration)?
In most of the continental US, only a third of runoff transfers the continental surplus to balance the deficit of the ocean's fraction of annual precipitation.
Water Cycle and Surface RunoffThe physical geology and topography of the ground as well as meteorological conditions all have an impact on surface runoff. Only approximately a third of precipitation that falls on land drains into rivers and streams before being dumped back into the ocean. The remaining two-thirds either evaporate, transpire, or soak into the earth (infiltrate). Humans have the ability to redirect surface runoff for their own purposes.More and more of the natural environment is being replaced by impermeable surfaces, such as roads, homes, parking lots, and buildings, which decrease groundwater infiltration and hasten runoff to ditches and streams as more people inhabit the planet and as development and urbanization increase.To learn more about Surface Runoff refer to:
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What condition is necessary on earth to see eclipses of stars in binary star systems?
The line of sight from earth to the star system must be very close to the orbital plane of the stars to see eclipses of stars in binary star systems.
Each star in a double star system, also known as a binary star system, gravitationally pulls in the second star, which circles around the pair's centre of mass. Each star will be seen to eclipse the other once every orbital period if their orbital plane is edge-on to Earth. Eclipsing binary is the name for such a system.
It is also referred to as an eclipsing variable star because in an eclipsing binary system, the total amount of light fluctuates on a regular basis. When one of the two stars in an eclipsing binary is eclipsed, the light curve of the system experiences a deep minimum, and when the other star is eclipsed, the light curve experiences a shallower minimum.
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hy can someone help me out? I'd really appreciate it! answer it all
Answer:
1. ph units
2. potential hydrogen
3. the minerals it contains
4. pressure
5. sandy soil
6. loamy
7. a stone
8. acidic, basic
9. organic
10. pH
After returning from his journey west, stephen h. long perpetuated the myth that the region between the missouri river and the rocky mountains was ______.
After returning from his journey west, stephen h. long perpetuated the myth that the region between the missouri river and the rocky mountains was unfit for cultivation.
Stephen Harriman Long (1784–1864) was an American military explorer best known for leading the 1820 expedition to what is now Colorado. On his journey map, he eminently called the arid Great Plains the "Great American Desert".
Even as late as 1823, Major Long of the Army Engineers noted that much of the land between the Missouri River and the Rocky Mountains was "almost wholly unfit for cultivation, and of course uninhabitable by a people depending on agriculture for their subsistence."
Today, the adaptation of technology to semi-arid areas and the development of new technologies have made the Great Plains one of the most productive agricultural regions in the world.
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Updrafts dominate the cumulonimbus cloud during the ________ in the life cycle of an air mass thunderstorm.
Updrafts dominate the cumulonimbus cloud during the cumulus stage in the life cycle of an air mass thunderstorm.
Although first cumulus clouds frequently perish, their deaths are not in vain. In the same column as the initial cumulus, new cumulus clouds frequently form, benefiting from the water vapor from earlier-evaporating cloud particles.
Even if entrainment into the newly forming cumulus still continues, the air that is mixing into the cloud is more humid than before, which, as you may remember, reduces the possibility of net evaporation (and evaporational cooling).
A series of cumulus clouds can now develop and dissipate in a single column of air if there is an adequate supply of low-level moisture and persistent positively buoyant parcels throughout time.
Fair-weather cumulus eventually gives way to cumulus congestus, which is a towering cloud.
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Greenhouse gases block Multiple Choice carbon dioxide from escaping Earth's atmosphere. oxygen from escaping Earth's atmosphere. UV wavelengths from reaching Earth's surface. UV wavelengths from escaping Earth's atmosphere. heat from escaping Earth's atmosphere.
When deep-water waves travel away from a storm, the longer waves move faster than the shorter waves. this process is called sorting, or ________.
Answer:
Dispersion
Explanation:
What are possible solutions that may be used in the future to address agricultural issues?
MULTIPLE CHOICE!!!
decrease biodiversity
increase organic farming
decrease the use of chemical agents
develop "cleaner" pesticides
increase fertilizer use
decrease pesticide use
The possible solutions that may be used in the future to address agricultural issues
increase organic farmingdecrease the use of chemical agentsdevelop "cleaner" pesticidesdecrease pesticide useThis is further explained below.What is organic farming?Generally, The term "organic farming" refers to a style of agriculture that makes use of biologically based pest treatments and biological fertilizers that are mostly produced from the waste products of plants and animals, in addition to nitrogen-fixing cover crops.
Development of a "cleaner" pesticides
The first step in the production of a pesticide is the production of a PAI, and the second step is the formulation of the actual pesticide. A PAI is produced by the chemical reaction of two or more raw components, often in the presence of catalysts, solvents, and either acidic or basic reagents.
In conclusion, Boost the use of organic agricultural methods.
Reduce the usage of chemical agents, and work to produce "greener" pesticides.
reduce pesticide use
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______ data identifies the primary location where data is collected. Multiple choice question. Source Raw Map Single
Raw data identifies the primary location where data is collected. Hence, the answer is option B. Raw. Read below about Raw Data.
What are raw data?Raw data, also known as primary data, are data collected from a source. In the context of examinations, the raw data might be described as a raw score.
Therefore, the correct answer is as given above.
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You are a podcaster for NPR (National Public Radio) and have been asked to lead a six-part series of podcasts on music of the past, broken into episodes on each of the commonly accepted eras of Medieval, Renaissance, Baroque, Classical, Romantic, 20th Century (one episode per era).
Medieval music includes liturgical music that was used for the church, secular music, non-religious music, etc.
How to explain the music?Renaissance music covered European music of the 15th and 16th centuries. The characteristics of Renaissance music are:
Music was based on modes.Richer texture.Blending rather than contrasting strands in the musical texture.Harmony.Baroque music is a period or style of Western classical music from approximately 1600 to 1750 that originated in Western Europe.
Classical music generally refers to the formal musical tradition of the Western world, considered to be distinct from Western folk music or popular music traditions.
Romantic music is a stylistic movement in Western Classical music and the characteristics of Romantic music are:
Freedom of form and design.Dramatic contrasts of dynamics.Learn more about music on:
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what is plagiarism
lucifer40
I AM HERE
Answer:
75yy8888888888888888888
Which sequence of numbers reflects the order in which the layers were deposited?
Your question is incomplete. Please read below to find the missing content.
The sequence is 1,2,3 and 4.
Sedimentary rocks are laid down in layers referred to as beds or strata. A mattress is defined as a layer of rock that has a uniform lithology and texture. Beds form by using the deposition of layers of sediment on top of every difference. The series of beds that characterizes sedimentary rocks is called bedding.
Stratification is the layering that occurs in most sedimentary rocks and in the ones igneous rocks formed on the Earth's surface, as from lava flows and volcanic fragmental deposits.
Sediments are classified in line with their size. so that it will define them from the smallest size to the biggest length: clay, silt, sand, pebble, cobble, and boulder.
Which sequence of numbers reflects the order in which the layers were deposited?
a) 1234
b) 4321
c) 2314
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Select all the correct answers.
How would the tides on Earth be affected by the absence of the Moon?
There would be no spring tides.
The tides would occur at a much lower intensity.
The high and low tides would occur more frequently.
There would be no tides.
The tides would remain unaffected.
Reset
Next
Answer:
The tides would occur at a much lower intensity.
Explanation:
Tides are caused by two main factors, the moon, and the wind. The moon plays a bigger part. SO, if the moon were to suddenly begone, scientists estimate that there would still be tides, but just much smaller, maybe about 1/3 of their original size.
2. If you send your soil out for a test and find out that it contains 75% silt and 25% clay, what kind of soil do you have
Answer:
if you send your soil out for a test and find out that it contains 75% silt and 25% clay, what kind of soil do you have?
Pure loamExplanation:
Pure loam is considered to be the best kind of soil for a farm or garden and is often defined as a soil with roughly equal proportions of sand, silt, and clay.
The best type of soil for growing plants is called loam soil. It is essentially a mix of soil that often contains equal amounts of clay, silt, and sand and offers the advantages of each with few drawbacks.
What are the features of loam soil?Sand, silt, and clay are present in loam soils in amounts that strike a balance between their stickiness and non-stickiness, making them moldable but not sticky.
Sand, clay, and silt particles combine to form loamy soils, which are thought to be the most fertile type of soil.
Sand lessens compaction and enhances drainage, while clay and silt particles enhance moisture retention. Neither do loamy soils become waterlogged in the winter, nor do they dry out in the summer.
Therefore, Pure loam, which is sometimes described as soil with nearly equal amounts of sand, silt, and clay, is thought to be the greatest sort of soil for a farm or garden.
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what is a cartogram and what does it display
Answer:
I’m a nutshell a cartogram is a map. But a cartogram is a unique type of map because it combines statistical information with geographical locations.
Explanation:
Answer:
Is it a map or diagram
Explanation:
It strikingly illustrates a thematic distribution over a territory, taking into account that the surface of the territorial units (countries, regions, provinces) acquires a size proportional to the value of the variable represented.
Which type of plants grow in desert climates?
a. xerophytic
b. chaparral
c. taiga
d. boreal forests
Xerophytic are the types of plants which grow in desert climates.
Xerophytes plants grow in areas with very little water in the soil and low amounts of rainfall. So, they are commonly found in deserts. Xerophytes such as cacti are capable of withstanding extended periods of dry conditions.
The Xerophytes plants grow in desert climates because they are able to withstand dry climates and also they have deep-spreading roots and capacity to store water which help them in the dry regions.
These Xerophytes plants have leaves with thorns which prevent loss of moisture. Also, their fleshy stems can store water. The xerophytic plants may also grow in salt marshes, frozen land area like the Arctic and Antarctic, or tropical forests.
Hence, option A is correct.
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