22. The hydrocarbon that has the highest weight fraction in crude oil is D. asphaltene. Crude oil is made up of hydrocarbons and the proportion of each type of hydrocarbon determines the properties of the crude oil.
The weight fraction is a measure of the percentage of each type of hydrocarbon in the crude oil. Asphaltenes are a type of hydrocarbon with high molecular weight and complex structure, which make up the highest weight fraction in crude oil. Therefore, option D is the correct answer.
31. When a warm air mass overtakes a cool one, the warm air rises, leading to precipitation. Warm air is less dense than cool air, so when a warm air mass overtakes a cool one, the warm air rises above the cool air, leading to precipitation. Therefore, option c is the correct answer.
33. Heart disease is the number 1 cause of death in the US.35. The closest air pressure to the air pressure in our classroom now is 760 cm mercury column. Heart disease is the leading cause of death in the US, accounting for approximately one in four deaths. Therefore, option A is the correct answer.
35. The standard atmospheric pressure at sea level is 1013 hPa or 760 mmHg or 29.9 inch Hg. Therefore, option C is the correct answer.
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how to make contact with God?????????☠️
Wait like 70-80 years
Argue whether you think humans might be useful as index fossils in the future. Give short answer.
Answer:
Yes they may
Explanation:
You can buy bottled gas to use for cooking.This gas is squeezed into a small space and is sold in containers that are very strong
a Explain why the containers need to be very strong
b Explain why the containers are heavy.
its chemistry not geography i choose the wrong one!!
Answer
In order to hold any useful quantity of gas the gas needs to be highly pressurized. It pushes against the sides of the container trying to force it apart so the container has to be very strong. ... Gas cylinders are tested using a liquid - usually water under pressure
Explanation: I hope this helps and is the answer you are looking for.
ABC and PQR are similar.
PLEASE HELP!!
Answer:
AB/AC is 0.5 or 1/2
AC/BC is 0.8 which can be 4/5 or 8/10
describe how different energy sources are used to make electricity
Answer:
Hydroelctricity
Solar Panels
Burning Coal
Wind Farms
Explanation:
coal is an example of ....
From 1630-1890, new land was created in the city of ________ and Back Bay.
A. Boston
B. Chicago
C. New York
D. Los Angeles
Answer: A) Boston is the answer.
Newland was created in the city of Boston by filling nearby bodies of water, including mill pond and Back Bay.
select the statements that correctly describe a cause or process of spreading earth's seafloor. A. magma rising from the mantle forms new oceanic crust. B. tidal forces from the moon stretch the seafloor, slowly pulling it apart. C. rising ocean temperatures reduce the density of parts of the oceanic crust, allowing these areas to expand. D. strong ocean currents moving in opposite directions erode and thin areas of the oceanic crust. E. earth's tectonic plates move apart. F. earth's strong magnetic field forces magnetic minerals within the oceanic crust to align and separate.
The statements that correctly describe a cause or process of spreading earth's seafloor are that magma rising from the mantle forms a new oceanic crust and the earth's tectonic plates move apart. The correct options are b and e.
Divergent plate boundaries cause seafloor spreading. Heat in convection currents in the mantle makes the earth's crust more flexible and less dense as tectonic plates progressively migrate apart. Less dense material rises, generating mountains or elevated areas of the seafloor.
Tensional stress generates fractures in the lithosphere when oceanic plates diverge. The driving factor for seafloor spreading ridges was tectonic plate slab movement at subduction zones, instead of magma pressure, however magma activity is common near spreading ridges.
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russian territorial expansion into northern eurasia began in the
Russian territorial expansion into northern Eurasia began in the 16th century.
During this period, known as the Tsardom of Russia, Russian explorers and traders gradually expanded the boundaries of the Russian state into the vast territories of Siberia and the Far East. The conquest and colonization of Siberia began in the late 16th century under the rule of Tsar Ivan the Terrible and continued through subsequent tsars and rulers. The Russian expansion into northern Eurasia was driven by various factors, including the desire for natural resources such as furs, the establishment of trade routes, and the quest for geopolitical dominance in the region.
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what is the term used to describe the area of land drained by a river and its tributaries?
The term used to describe the area of land drained by a river and its tributaries is known as a river basin.
The area of land drained by a river and its tributaries is known as a river basin. It includes the whole land area, divided and drained by several streams and creeks that run downhill into one another and finally into the Milwaukee River. The final destination is an estuary that eventually leads to Lake Michigan. A river basin, like a bathtub, collects all of the water that falls within its walls and sends it into the Milwaukee River, then to Lake Michigan, and finally to the Atlantic Ocean.
As an artery joins bodily components, a river connects creeks and streams, valleys and hills, lakes, and underground springs that share a standard assembly of water. Whatever occurs to surface or groundwater in one region of the river basin will eventually make its way to another. If water is diverted from its downward path in one portion, other sections will become "aware" of its absence. A river basin, with the exception of an isolated island, comes the closest to fulfilling the description of an ecosystem, in which all creatures, living and non-living, are interrelated and interdependent.
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What were two ways that the United States acquired territory
Answer:
The United States captured the British colonies of Africa.
The United States purchased the Louisiana Territory from France.
Mexico gave up Texas and other land to the United States.
The French ceded Jamestown to the United States
The tropical wet and.
Colombla
Ecuador-
Peru
Venezuela Suriname
French
Gulana
Chile
Guyana
Brazil
Bolivia
climate zones cover much of Central America.
Paraguay
Uruguay
Argentina
Falkland Islands
Tropical wet
Tropical wet
and dry
Semiarid
Arid
Humid
subtropical
Marine
west coast
Highlands
Much of Central America is covered by the tropical wet and tropical wet and dry climatic zones.
This includes nations like Brazil, Bolivia, Paraguay, Uruguay, Argentina, Suriname, French Guiana, Peru, Venezuela, Chile, Guyana, and the Falkland Islands. The area also has various climatic zones including semi-arid, desert, humid subtropical, maritime, and highlands.
Low precipitation and a constrained supply of water are features of dry climate zones. These are very arid regions with scant vegetation and little rainfall.
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Why do some countries look larger in the map?
Answer:
countries look larger in map because of their landscape
Answer:
because of distortion they have to make it wherw it fits into the map.
Explanation:
A globe is a sphere so when they put it on a map it is distorted to make a 2d print of it
HELP PLEASEEEE NO TROLLING
Go onto the internet and research the Tri-Sate tornado further in order to find the damages and effect it had on the environment. Write out the effect in two separate paragraphs. 8 sentences per paragraph.
Basically, write the damage and effect the Tri-State tornado had on the environment in 2 paragraphs (each paragraph has 8 sentences)
The Tri-State Tornado was one of the deadliest tornadoes in US history, wreaking havoc across parts of Missouri, Illinois, and Indiana on March 18, 1925. The tornado caused widespread destruction and loss of life, with over 600 people killed and more than 2,000 injured. The environmental impact of the Tri-State Tornado was significant, with damage to homes, buildings, and infrastructure. The tornado also caused damage to agricultural land, forests, and wildlife.
What is a Tri-Sate tornado?Generally, The tornado destroyed homes, buildings, and infrastructure, leaving behind a trail of destruction that extended for over 200 miles. In Murphysboro, Illinois, the tornado damaged or destroyed more than 1,000 homes, leaving thousands of people homeless. The tornado also destroyed schools, churches, and businesses, further compounding the devastation. The loss of infrastructure had a significant impact on the affected communities, making it difficult for emergency responders to reach those in need and for residents to receive essential services. In addition to the human toll, the Tri-State Tornado caused extensive damage to agricultural land, uprooting trees and destroying crops. The tornado also caused significant damage to forests, killing trees and disrupting ecosystems. The impact on wildlife was also severe, with many animals killed or displaced by the storm. The long-term environmental impact of the tornado was felt for years after the event, as communities struggled to recover and rebuild.
The Tri-State Tornado was a devastating event that had a profound impact on the environment. The damage to homes, buildings, and infrastructure was extensive, leaving communities struggling to recover. The impact on agricultural land, forests, and wildlife was also significant, disrupting ecosystems and causing long-term damage. Despite the challenges faced by those affected by the tornado, communities came together to rebuild and support one another, demonstrating the resilience and strength of the human spirit in the face of adversity.
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stone mountain in georgia is an example of which type of igneous rock feature?
Answer:
Stone Mountain is a pluton, a type of igneous intrusion.
in a literary work, a focus on the customs, topography, and other particular features of a region is called
Answer:
Explanation:
In a literary work, a focus on the customs, topography, and other particular features of a region is called regionalism. Regionalism is a literary movement or style that emerged in the late 19th and early 20th centuries, emphasizing the depiction of specific regions and their unique characteristics. It aims to capture the distinct cultural, social, and geographical aspects of a particular place, often drawing inspiration from local customs, dialects, traditions, and landscapes.
Regionalism can be found in various forms of literature, including novels, short stories, and poetry. Authors who employ regionalism often strive to portray a sense of authenticity and a deep connection to the chosen region. By highlighting the specific details and characteristics of a place, regionalist literature seeks to evoke a strong sense of atmosphere and provide insight into the lives and experiences of the people who inhabit that region.
Some notable examples of regionalist literature include Mark Twain's "Adventures of Huckleberry Finn," which captures the distinct culture and dialects of the American South, and Thomas Hardy's works, such as "Tess of the d'Urbervilles," which vividly depicts the landscapes and rural life of Wessex in England.
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if you were a city planner how would you use natural landscaping and purposeful and sustainable building practices to expand or improve phoenix?
Answer:
This is from a mainly landscaping point of view
I would decrease lawns and increase wildflowers mostly
Explanation:
I would also make a type of UV glass that birds percive as solid (they can see UV) to use for all my windows. You can also decrease electric use by planting trees to block the sun. I would also use native & drout tolerate plants to decrease water usage.
How has the sun caused changes in global and hemispheric temperatures over the past millennium?.
(4) "changing solar output is most likely responsible for relatively high Northern Hemisphere temperatures during 1000-1100 A.D. and relatively low Northern Hemisphere temperatures during 1600-1700 A.D." is how has the sun caused changes in global and hemispheric temperatures over the past millennium.
A few different models have been used to recreate the last thousand years. Even if some of the details are unique, they all point to a few consistent trends in the Northern Hemisphere's atmosphere, such as relative warmth prior to the fourteenth century and cold periods between the fifteenth and middle of the nineteenth.
The warming of the twentieth century is unparalleled when viewed from the viewpoint of the previous thousand years. The temperature data from the paleoclimate record for the last 1,000 years is closely matched by these recreations.
The brittleness of interactions between the air, sea, land surface, and ocean ice, as well as weaknesses for the driving time arrangement, such as the usage of a strong or fragile sun oriented restriction, are some of the variables that contribute to time differences.
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Question correction:
How has the Sun caused changes in global and hemispheric temperatures over the past thousand years?
decreasing solar output is most likely responsible for the decrease in global temperatures over the past thousand years increasing solar output is most likely responsible for the increase in global temperatures since 1980 changing solar output is most likely responsible for relatively low Northern Hemisphere temperatures during 1000-1100 A.D. and relatively high Northern Hemisphere temperatures during 1600-1700 A.D. changing solar output is most likely responsible for relatively high Northern Hemisphere temperatures during 1000-1100 A.D. and relatively low Northern Hemisphere temperatures during 1600-1700 A.D.in the cenozoic era, these were the most successful type of plants.
In the cenozoic era, Angiosperms were the most successful type of plants.
Angiosperms, a subclade of the Angiospermae known as flowering plants, are plants that produce both flowers and fruits. All forbs, grasses, and grass-like plants, the great majority of broad-leaved trees, shrubs, and vines, as well as the majority of aquatic plants, are among them.
Angiosperms differ from gymnosperms, the other seed-producing plants, by having flowers, xylem that is made up of vessel components rather than tracheids, endosperm inside of their seeds, and fruits that completely encase the seeds. Pines, mosses, oaks, and grasses were among the prevalent plant species. Later in this age, when people begin to farm the soil, flowering flora and food crops take over the landscape.
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To determine a change of elevation on a topographic map what type of math would you use?
-subtraction
-addition
-division
Answer:
-subtraction
Explanation:
Elevation is the altitude of a place above a reference frame.
To find the difference between the elevation between two or places on a map, we perform a subtraction operation.
The differences in elevation is the subtraction of the two elevation values from one another.
For example if point A on a map is at 60m above sea level and point B is at 100m, the change in elevation is;
Change in elevation = Elevation of B - Elevation of A = 100m - 60m = 40m
Rock that forms when molten rock cools and hardens
An area in texas has several months of heavy rain. This season is often following periods of drought. What is likely the cause?.
An area in texas has several months of heavy rain. This season is often following periods of drought. El Nino effect is likely its cause.
An El Niño situation happens when surface water in the equatorial Pacific evolves warmer than moderate and east winds blow weaker than normal. The warm ocean surface warms the atmosphere, which lets moisture-rich air uprise and expands into rainstorms. It varies rainfall imprints for months to seasons.
High-pressure designs lessen evaporation and moisture in the atmosphere. El Niño as the surface temperature of the Pacific Ocean around the central South American coast boosts, storm routines are disrupted. This phenomenon is assumed to build droughts.
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how does drought affect the region's environment in East africa
I'm homeschooled and I need this asap thanks
Answer:
This meteorological drought has resulted in a loss of soil moisture, caused waterways to dry up, and led to the death of millions of livestock. The Horn of Africa experiences two rainy seasons per year.
Select all that apply. The four stages of a civilization are _____. beginning senior birth adulthood adolescence growing pains
Answer:
Birth, Growing Pains, Adulthood, and Senior.
Explanation:
Civilizations go through four stages. Birth, growing pains, adulthood, and senior. Birth is when a leader emerges, a political state is formed, and the state grows stronger and aquires more territory. Growing pains is when the state comes into conflict with it's neighbors. After years of warfare, the state grows control of a whole region. In adulthood, the state experiences a period of peace and posterity. Finally, the senior stage is when warfare and rebellion cause serious problems. The state isn't strong enough to maintain itself, it collapses.
(Pls give brainliest :))
We know that the four stages of civilization are:
Birth.Growing pains.Adulthood.Senior. What are the stages of civilization?This refers to the stages that human society go through as it grows up from infancy to adulthood.
The first stage is birth, then the society continue to grow and suffer growing pains that relate to establishing itself. They then enter adulthood for a long time and then end up as seniors.
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In the 1997 movie Volcano, the geologist says to the man from the emergency management agency, "I'm sure you're aware of this, that our continents sit on tectonic plates- great big rafts floating over an ocean of molten rock. When they shift, we get an earthquake. OK?" As a building geologist, you note that the term 'molten' is a bit inaccurate. What is a more accurate way to describe what the earth's plates are floating upon?
The Earth's tectonic plates are not floating on an ocean of molten rock, as inaccurately portrayed in the movie "Volcano." Instead, they are situated on the asthenosphere, a partially molten and ductile region of the Earth's upper mantle.
The Earth's lithosphere, which includes the tectonic plates, is composed of the crust and the uppermost portion of the mantle. Beneath the lithosphere lies the asthenosphere, a zone of the mantle where the high temperature and pressure cause the rock to become partially molten and deformable. The asthenosphere behaves like a thick, viscous fluid over geological timescales, allowing the tectonic plates to move and interact.
The movement of the tectonic plates is driven by convection currents in the asthenosphere. Heat from the Earth's core creates thermal gradients, causing hotter material to rise and cooler material to sink. This process sets the asthenosphere in motion, and as the fluid-like asthenosphere flows, it drags the overlying tectonic plates along with it. This movement can lead to the formation of new oceanic crust at mid-ocean ridges, subduction zones where one plate dives beneath another, and the occurrence of earthquakes and volcanic activity.
Contrary to the movie's portrayal, the asthenosphere is not an ocean of molten rock. While it contains small amounts of molten material, the majority of the asthenosphere is solid rock that is partially melted and deformable under the intense pressure and temperature conditions. This distinction is crucial for accurately understanding the behavior of tectonic plates and the geological processes associated with plate tectonics.
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if a stream traveling at 5 mph is 25 feet wide and 25 feet deep what is its discharge?
The discharge of this stream is 4581.25 cubic feet/second.
The discharge of a stream is the volume of water that flows through a specific point in a certain amount of time. It is calculated by multiplying the velocity of the stream (in feet per second) by the cross-sectional area of the stream (in square feet).
To find the discharge of this stream, we need to first convert the velocity from miles per hour to feet per second:
5 mph × 5280 feet/mile ÷ 3600 seconds/hour = 7.33 feet/second
Next, we need to find the cross-sectional area of the stream:
25 feet wide × 25 feet deep = 625 square feet
Finally, we can multiply the velocity and the cross-sectional area to find the discharge:
7.33 feet/second × 625 square feet = 4581.25 cubic feet/second
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All four jovian planets have storm systems in their atmospheres. From the list below, select the atmospheric characteristics that are found on all four jovian planets.
Select all that apply.
Banded atmospheric patterns consisting of light colored zones and dark colored belts rapid winds small oval shaped storm systems
Whether a storm's mentioned features are related to Jovian storms, terrestrial storms, or both Jovian storms and terrestrial storms, they are arranged in that order.
High-speed, opposing atmospheric fluxes are linked to jovian storms.
Rapidly rotating planet supports jovian storms
Solar radiation fuels storms that occur on land.
Storms on land are transient in nature (hours to days)
Upwelling gases are a component of Jovian and terrestrial storms.
Circulating winds are a component of Jovian and terrestrial storms.
Earth, Mars, Venus, Mercury, and other inner solar system planets are examples of terrestrial planets. Jovian planets lack a solid surface, unlike terrestrial planets. Helium and hydrogen make up the majority of their atmosphere.
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What is the name of a settlement that is unplanned, constructed of any available material, and usually lacks such basic services as water and electricity
The name of such a settlement hat is unplanned, constructed of any available material, and usually lacks such basic services as water and electricity is a: slum or informal settlement.
Slums are usually found in urban areas, where people migrate from rural areas in search of work opportunities or due to other socio-economic factors. These settlements often lack proper infrastructure and access to basic amenities like clean water, electricity, and sanitation.
The unplanned nature of slums leads to overcrowding and inadequate living conditions, which can contribute to health issues and crime. Furthermore, the makeshift construction materials used in these settlements can lead to unsafe living environments. Residents of slums often face difficulties in accessing education, healthcare, and other essential services due to the informality of their living situation.
To improve the quality of life in slums, governments and organizations often work on projects that focus on providing better infrastructure, sanitation, and access to basic services.
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describe how humans living in the mississippi drainage basin might be able to reduce theamount of nutrients entering the drainage system, and thereby help minimize the oxygendepletion problem in the gulf. (
The Mississippi drainage basin is one of the largest in the world, covering over 40% of the continental United States. The Mississippi River itself is a major source of nutrients that enter the Gulf of Mexico, leading to harmful algal blooms and oxygen depletion that can result in "dead zones."
Humans living in the Mississippi drainage basin can take several steps to reduce the amount of nutrients entering the drainage system and help minimize the oxygen depletion problem in the Gulf. One approach is to reduce the use of fertilizers and other nutrient sources in agricultural and residential areas. This can be done by promoting sustainable agriculture practices that minimize runoff, such as using cover crops, rotating crops, and reducing tillage. Municipalities can also implement programs to encourage residents to reduce their use of fertilizers and pesticides on their lawns and gardens.
Another strategy is to improve wastewater treatment facilities to remove more nutrients before releasing treated water back into the environment. This can be done by upgrading treatment plants to include nutrient removal technologies such as biological nutrient removal or membrane filtration. Local governments can also implement programs to encourage homeowners to use less water, which can reduce the amount of nutrient-rich wastewater that needs to be treated. Finally, efforts can be made to restore wetlands and other natural areas that can absorb and filter nutrients before they enter the Mississippi River.
In conclusion, reducing the number of nutrients entering the Mississippi drainage basin can help minimize the oxygen depletion problem in the Gulf. This can be achieved through a combination of approaches, including reducing fertilizer use, improving wastewater treatment, and restoring wetlands. By taking these steps, humans living in the Mississippi drainage basin can help protect the health of the Gulf and its ecosystem.
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how Vietnam’s political boundaries, affiliations, and alliances changed from the end of World War II to 1975