As a rule, thunderstorms are unknown poleward of 60° latitude.
Thunderstorms, a short-lived, severe weather disturbance, are almost always accompanied by lightning, thunder, dense clouds, heavy rain or hail, and strong winds. Thunderstorms occur when layers of warm, moist air rise in high, rapid winds toward cooler regions of the atmosphere.
On weather maps, the surface position of the warm front is shown as a solid red line with red semicircles filled along it. . The semicircles indicate the direction in which the front is moving. They are on the side of the road that the front is moving.
Three basic components are needed to form a thunderstorm: moisture, unstable ascending air (air continues to rise when there is a thrust), and a lifting mechanism to create "boost" . “Sometimes thunderstorms form a line that can stretch for hundreds of miles horizontally.
These "cry lines" can last for hours and produce strong winds and hail. Although thunderstorms can vary in size and shape, we can classify them into main groups: single cell, multicellular cluster, multicellular lineage, and supercell. A thunderstorm is a storm accompanied by sound and lightning and usually heavy rain or hail.
Thunderstorms develop in warm, humid areas. High temperatures in these areas cause warm, moist air (with water vapor) to rise. Thus, strong water currents with water droplets are created.
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What is the scale factor from triangle XYZ to triangle UVX?
Answer:
7
Explanation:
Triangle UVW map to triangle XYZ where Triangle UVW has side Lengths 3,4,2, and triangle XYZ has lengths 14,28,21.
We know that the scale factor between two similar figures is the the ratio of the corresponding side of image to the original figure.
[tex]k=21divide by 3=14 divide by 2=28divide by7\\k=7[/tex]
pliz mark brainliest hope i helped
In terms of heat flow from the earth's interior, which area would have increased heat flow?
Answer:
mid ocean ridges
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Currents cause warmer and cooler temperatures in the areas where they are located. please select the best answer from the choices provided t f
True. The currents, turning are they warm or cold, are a very big factor in defining the temperatures of the seaside regions where they have big influence. If the currents are warmer, it also suggests that they are wet as well, so they are creating the temperatures on the coastlines much more durable, higher, and there's much smaller divergence between the day and night temperatures.
Why are currents warm or cold?Differences in moisture density, resulting from the variability of water temperature (thermo) and saltiness (haline), also cause ocean currents. This method is known as thermohaline circulation. ln cold regions, such as the North Atlantic Ocean, ocean water fails heat to the ambiance and becomes cold and dense.
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Identify each country or body of water. israelegyptiraniraqsaudi arabiakuwaitturkeypersian gulfmediterranean seaarabian sea
Answer:
look at the picture
Explanation:
I WAS RIGHT
Imagine that you are caught in a rip current in the ocean. The best thing for you to do so that you won't drown is to?
If you do get caught in a rip current, the best thing you can do is stay calm. It's not going to pull you underwater, it's just going to pull you away from shore. call and wave for help. You want to float, and you don't want to swim back to shore against the rip current because it will just tire you out.
The best way to stay safe or should not drown is to always swim near a lifeguard, or in areas designated safe for swimming by lifeguards.
A rip current is like a giant water treadmill that you can't turn off, so it does no good to try to swim against it. "Even small rips can flow faster than a person can swim. People should not try to swim against the rip."
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John wesley powell, in his report on the lands of the arid regions of the united states (1878), famously stated that?
John Wesley Powell, in his Report on the Lands of the Arid Regions of the United States (1878), famously stated that massive cooperation under government control was the only way farming would succeed on the Great Plains.
Who is John Wesley Powell?John Wesley Powell, (born March 24, 1834, Mount Morris, New York, U.S.—died September 23, 1902, Haven, Maine), American explorer, geologist, and ethnologist, best known for his exploration of the upper portion of the Colorado River and the Grand Canyon.
In 1878, Powell published his Report on the Lands of the Arid Region, which laid out a concrete strategy for settling the West without fighting over scarce water. Powell wanted to stall the waves of homesteaders moving across the plains and mountains.
Instead, he wanted to plan settlement based in part on the cooperative model practiced in Utah by Mormon settlers, who tapped mountain snowmelt and the streams, lakes and rivers it created with irrigation ditches leading to crops. Powell wanted to organize settlements around water and watersheds, which would force water users to conserve the scarce resource, because overuse or pollution would hurt everyone in the watershed.
Powell believed this arrangement would also make communities better prepared to deal with attempts to usurp their water.
Therefore, we can conclude that the correct option is C.
Your question is incomplete, but most probably your full question was:
John Wesley Powell, in his Report on the Lands of the Arid Regions of the United States (1878), famously stated that Select one:
A. individual farmers, not the federal government, should be responsible for their own water needs.
B. the Mormon experiment in Utah was doomed to fail because the land in that territory was totally dry.
C. massive cooperation under government control was the only way farming would succeed on the Great Plains.
D. 160-acre homesteads would serve as the best way to settle and cultivate the Great Plains.
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Why is there an increased risk of hydroplaning on pavement during rainy weather?
Hydroplaning (also known as “aquaplaning”) happens when the tires of your vehicle begin to ride on top of standing water instead of the surface of the road. Contrary to most drivers' beliefs, hydroplaning can occur even when the roads are only slightly damp.
Hydroplaning takes place when water gets in the front of your tires quicker than the weight of your car can push it out of the manner. The water strain can simply raise your car in order that it slides on a thin layer of water.
Hydroplaning takes place when water gets in the front of your tires quicker than the weight of your car can push it out of the manner. The water strain can simply raise your car in order that it slides on a thin layer of water.
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Hydroplaning (also called “aquaplaning”) happens whilst the tires of your automobile begin to ride on the pinnacle of status water rather than the floor of the street. contrary to most drivers' beliefs, hydroplaning can arise even if the roads are simplest slightly damp.
Hydroplaning takes location when water gets in the front of your tires faster than a load of your automobile can push it out of the manner. The water stress can certainly enhance your car in order that it slides on a skinny layer of water.
Hydroplaning takes area whilst water gets in the front of your tires quicker than the burden of your automobile can push it out of the manner. The water stress can definitely boost your automobile simply so it slides on a thin layer of water.
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Ocean basins are created along blank______ boundaries that break apart continental lithosphere.
Ocean basins are created along blank convergent boundaries that break apart continental lithosphere.
Converging boundaries produce foreland basins through tectonic compression of oceanic and continental crust during lithospheric flexure. The collapse of the rift zone or the emergence of an ocean might result from tectonic extension at divergent borders when continental rifting is taking place.
The North Sea is an illustration of a basin created by lithospheric stretching; it is also a prominent site for considerable hydrocarbon deposits. Another comparable feature is the Basin and Range province, which forms a sequence of horst and graben formations and occupies the majority of the US state of Nevada.
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Stellar nurseries, such as the orion nebula, contain hundreds or more fragmenting and contracting regions, as well as many protostars and stars. What condition would allow a protostar to become a stable star?.
A beach with a lot of sand most times of the year with just a little bit of variance would be indicative of:____.
The population distribution of ethiopia is very uneven. what do you think to such variation? explain bierfly
Ethiopia has a relatively unequal population distribution due to two factors: the first is due to Ethiopia's cold climate and rocky terrain, which restrict agricultural activity; the second is due to Ethiopia's hot climate and little rainfall.
What is the population distribution of Ethiopia?
According to estimates, Ethiopia's population density in 2019 was 112 per Km2 (290 per mi2), based on a total land area of 1,000,000 Km2 (386,102 sq. miles).
Is Ethiopian population growth a benefit or burden Why?
This is due to the dependency burden—a term used to characterize the number of people who are seen to be economically unproductive, such as children and the elderly—growing rapidly with the population.
What are major factors that affect population distribution in Ethiopia?
The climate, namely the amount of rainfall and temperature, the soil and vegetation, drainage, and slope, is the most significant physical element that determines the distribution of the population in Ethiopia. The majority of these physical characteristics are affected by altitude in Ethiopia.
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Which term describes a sphere that has the same surface area as the earth's spheroid?
authalic sphere describes a sphere that has the same surface area as the earth's spheroid.
Cartographers use a value for the spherical circumference of the Earth called the authalic sphere. A real (meaning "area-preserving") sphere is a sphere with the same surface area as the oblate ellipsoid used.
Spheres are fundamental objects in many areas of mathematics. Spherical and near-spherical shapes also occur in nature and industry. Bubbles, like soap bubbles, are spherical in equilibrium. The Earth is often approximated as a sphere in geography, and the celestial sphere is an important concept in astronomy. Manufactured objects such as pressure vessels and most curved mirrors and lenses are based on spheres. Most balls used in sports and toys are spherical, as are their bearings because the ball rolls smoothly in any direction.
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Why is the mesosphere colder than the thermosphere, even though it's closer to earth?
Answer:
Mesosphere lies in between 50 to 80 km above the earth surface and due to low density gases escape easily and hence it is colder.
Explanation:
Mesosphere has the capacity to not absorb the infrared radiation that's why the gases reflected from the earth surface escape the layer of mesopause and goes inside the thermosphere.
In the thermosphere, even the minute atoms of gases ca be absorbed by the layer which increases the air temperature and the air rises up hence making thermosphere as the hottest layer in the atmosphere.
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What characteristic of the epa makes it more difficult for the agency to combat climate change?
According to EPA, there has two key programs that provides data on greenhouse gas emissions in the US that is inventory of U.S greenhouse gas emission and sink and the greenhouse gas reporting program.
These programs are complementary and both are providing a higher level perspective on the nation's total emission and detailed information about emission.The EPA data in US greenhouse gas emission indicator come from the national inventory.
EPA is the annual report by US , its trend to track in total annual US emission by source , economic sector and greenhouse gas going back to 1990. EPA used national energy data that national agricultural activities and other national agricultural statics to provide a total greenhouse gas emission for all man made sources in US.
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Inorganic limestone forms when chemical changes increase the ___________ _____________ content of water until it precipitates.
Inorganic limestone get to form when substance changes increases the calcium carbonate content of water until it accelerates.
This cycle happens through a progression of responses that include the disintegration of calcium and carbonate particles in water, trailed by the immersion of the water with these particles. As the convergence of calcium carbonate increments, it arrives where the particles can never again remain in arrangement, prompting the development of strong limestone.
This cycle is regularly found in conditions like caverns, where calcium-rich water dribbles and abandons limestone stores, or in marine conditions where calcium carbonate amasses to shape coral reefs and other limestone structures.
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Sedimentary rock on ____ will enable planetary geologists to one day unravel its history.
Sedimentary rock by Definition Mars enables planetary geologists to one day unravel its history.
Sedimentary rocks can tell us about the past environment of the Earth's surface. Because of this, they are the main narrators of past climate, life, and major events on the surface of the Earth. Each type of environment has specific processes that cause specific types of sediment to accumulate there.
Sedimentary rocks are perhaps the most comprehensive in Earth's history, as they record the features of remote mountain ranges, sediment-carrying river systems, and ultimate environmental features where sediments accumulated and solidified.
Clastic sedimentary rocks are composed of pre-existing rock masses (lumps). Rock fragments are loosened by weathering and carried into basins or depressions where sediment is trapped.
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Farmers often appreciate a long, light rain over many hours after a long drought, instead of a sudden downpour. This is because a long, light rain permits better Farmers often appreciate a long, light rain over many hours after a long drought, instead of a sudden downpour. This is because a long, light rain permits better soil fertility. water-holding capacity. transpiration. infiltration.
The factors affecting soil fertility may be of sorts; i.e. – (a) herbal thing and (b) artificial component. The natural factors are the ones which impact the soil formation and the artificial factors is associated with the right use of land.
The basic technique for measuring soil fertility consists of mixing a soil sample with water and chemically extracting the N, P, and okay as nitrate, phosphate, and potassium. The N, P, and okay quantities inside the pattern are decided via comparing the solution to a shade chart
Soil fertility is the capacity of soil to sustain plant growth and optimize crop yield. this will be enhanced thru organic and inorganic fertilizers to the soil. Nuclear techniques provide facts that complements soil fertility and crop manufacturing whilst minimizing the environmental effect.
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On 20 february 1943, a new volcano named _________blank, a scoria cone, was born when an eruption rose up through a farm field near a village in mexico
Answer:
Parícutin
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A ____ is a very large column of superheated mantle that originates at the boundary of the core and mantle.
your answer is plume
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Why does relative humididy not give an accurate indication of the actual amount of water vapor in the air?
Relative humidity does not give an accurate indication of the actual amount of water vapor in the air because it is temperature dependent and it is inversely proportional to air temperature.
Relative humidity is the amount of water vapor in the air compared to the maximum amount possible at the current temperature. Relative humidity also measures water vapor, but relative to the temperature of the air. In other words, it is a measure of the actual amount of water vapor in the air compared to the total amount of vapor that can exist in the air at its current temperature.
Relative humidity compares the moisture content to the theoretical saturation moisture content at the measured temperature and pressure of the air, whereas specific humidity refers to the actual measured moisture content of the air.
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How does stable air differ from unstable air? What weather conditions would lead you to believe that air is unstable?
Stable air differ from Unstable air and the weather conditions would lead you to believe that air is unstable
When compared to unstable air, stable air is more resistant to upward motion. When stable air is made to rise, it often forms thin clouds that only sometimes provide light to moderate precipitation. On the other hand, when unstable air rises, clouds are frequently towering and heavy precipitation is possible.
When the air in a mass of air is warmer and/or more humid than the air above it, the air is said to be unstable in the lowest levels of the mass. The air will rise as a result because the air parcel is warmer than the air around it at that time. The weather can shift abruptly and become violent in an unstable setting.
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Which is a possible result of higher air temperatures caused by climate change? decrease in strength of hurricanes freezing of polar ice caps rapid evaporation of water in the soil increase in human population numbers
The correct response will be Option B i.e Increase in
Strength of Hurricanes
As the air continues to warm due to climate change, hurricanes can hold more water vapor, producing more intense rainfall rates in a storm. Moreover, according to Knutson, most models show that climate change brings a slight increase in hurricane wind intensity.Why are hurricanes increasing in strength?Physics suggests that as the world warms, hurricanes and other tropical cyclones should get stronger, because warmer water provides more of the energy that fuels these storms. And climate simulations have long showed an increase in stronger hurricanes as warming continuesTo learn more about strength of hurricanes, click the links.
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Correct Question - Which is a possible result of rising ocean temperatures caused by global warming?
A) formation of dust bowls
B) increase in strength of hurricanes
C) rapid evaporation of water in soil
D) decrease in population due to health threats
Answer:
C
Explanation:
The orinoco river flows through ________ and venezuela on its way to the atlantic.
The Orinoco river flows through Colombia and Venezuela on its way to the Atlantic.
The Orinoco River (Río Orinoco in Spanish) is a large South American river that flows in an enormous arc of about 1,700 miles (2,740 km) from its headwaters in the Guiana Highlands to its mouth in the Atlantic Ocean. Most of the course runs through Venezuela, with the exception of a portion of the Venezuelan-Colombian border. The name Orinoco comes from the word 'warao', which means a place where boats are rowed'. H. Navigable place.
The Orinoco River and its tributaries form the northernmost of her four major river systems in South America. Bounded by the Andes Mountains to the west and north, the Guiana Highlands to the east, and the Amazon Divide to the south, the river basin covers an area of about 366,000 square miles (948,000 km²). It occupies about four-fifths of Venezuela and one-fourth of Colombia.
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Air at _________ conditions has a volume of 13.33 ft3/lb, an atmospheric pressure of 14.696 psia, and is 70° f at sea level.
Answer:
standard condition
Explanation:
The amount of heat energy required to change the state of a substance from a liquid to a solid or from a solid to a liquid.energy that causes molecules to be in motion and to raise the temperature of a substance
Because lenses act like a prism to separate the colors of the spectrum, they produce a troublesome effect known as ________.
Because lenses act like a prism to separate the colours of the spectrum, they produce a troublesome effect known as Chromatic abberation.
Chromatic aberration (CA), also known as chromatic distortion and spherochromatism in optics, is when a lens fails to bring all colours into focus at the same location. It results from dispersion because the lens elements' refractive indices change depending on the light's wavelength.
Most transparent materials lose refractive index as wavelength increases. Because a lens's refractive index determines its focal length, variations in that index have an impact on focusing. Chromatic aberration appears as colour "fringes" along the lines dividing the dark and light areas of the image.
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what is Taiga? write its economic importance in points?
All of the different dog breeds we see today were developed through ___________. a. transgenics b. they always existed c. natural selection d. artificial selection
Answer:
D
Explanation:
D. Artificial selection. Think of French bulldogs as an example. They didn't exist from the start of time. Their ancestors were bred selectively to produce the desirable outcome.
An HR manager is asked to meet with upper management to discuss the proper way for new employees to be onboarded to the company. This task would fall under the main HR manager responsibility of A. employee advocacy B. policy formation and implementation C. service D. advice and counsel
An HR manager is asked to meet with upper management to discuss the proper way for new employees to be onboarded to the company. This task would fall under the main HR manager's responsibility for policy formation and implementation. Thus the correct answer is B.
What is human resource management?Human resource management refers to managing employees in an organization. It includes the process of hiring through recruitment and selection, training and development, performance appraisal, and so on.
When a new employee joins, the HR managers help them to understand the culture as well as the operations of the company by making them to understand the policy of the organization and proper implementation.
Therefore, option B policy formation and implementation are appropriate.
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What is a biodiversity hotspot?a biodiversity hotspot is a region that has lost at least percent of its original habitat.
Biological hotsport is a area or as region where lost at least 70 percent of its original natural vegetation, commonly by the human activity. And there are 30 biodiversity hot sport present in the world rightnow.
These hot-sport basically found in tropical forest with endemic species. The upper amazoina shield, the Congo basin and the new guinea islands have the highest number of endemic species found on the earth.
They are important because these hostpost is within the unique ecosystem where that many rare and endangered species exist in the world. A hotspot is formed by a region deep within the earth's mantle from which heat raises through the process of convection.
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Assuming 10-percent trophic efficiency, the other 90 percent of the energy associated with a given trophic level is?
Assuming 10-percent trophic efficiency, the other 90 percent of the energy associated with a given trophic level is transferred to higher tropic levels.
The tendency is that only 10% of energy moves from one nutrient level to the next and 90% is lost as heat moves up the food chain. There is less and less energy for each nutrient level, going up the pyramid. The amount of energy corresponds to the amount of biomass. Nutritional efficiency is the efficiency by which mass (or energy) is transferred from one trophic level to the next through predation.
Personal efficiency is the efficiency with which a typical individual turns consumption into somatic growth. The Ten Percent Rule states that each nutrient level can only contribute 10% of the energy to the next. The remaining 90% is used to live, grow, reproduce and lose to the environment as heat. All energy pyramids begin with energy from the Sun being transferred to the first nutritional level of the producers.
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