Answer:
Yes, for example humans can make a triangle if they stack up on eachother and have good stability.
Explanation:
Use the figure to find the measures of ∠1 and ∠2. ∠1= ° ∠2= °
Answer:
Explanation:
Angle 1 = 180-77
Angle 1=103
as Angle 77 = Angle 180-Angle 1 ([corresponding angles])
And Angle 2=Angle 77 ([Vertically opposite angles])
why is there clear sky between puffy cumulus clouds? a. clear sky is a sign of rising air b. convergence causes evaporation c. reverse katabatic winds d. air rises in clouds and sinks between them
Because the downward motion prevents further convection and the growth of additional thermals from below, fair weather cumulus typically has expanses of clear sky between them. Without a steady supply of rising air, the cloud erodes and eventually disappears.
The particles cool and condense as the vapor ascends. The particles begin to pile up on top of one another, forming piles of cooled water droplets. The small piles stack on top of one another like building blocks, giving cumulus cloud their fluffy appearance. Cirrus clouds are wispy, feathery, and made entirely of ice crystals. They are frequently the first indication of an impending warm front or upper-level jet streak. Cirrostratus cloud, unlike cirrus cloud, have a more widespread distribution.
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f the concentration of greenhouse gases in the atmosphere increases: a. the amount of smog will increase. b. more heat will be retained by the atmosphere. c. all of these. d. there will be more clouds, so less heat will reach the earth's surface.
The correct option for this question will be c. all of these.
What are greenhouse gases?
A greenhouse gas is a gas that both absorbs and emits heat infrared radiation, producing the greenhouse effect. Water vapour, carbon dioxide, methane, nitrous oxide, and ozone are the main greenhouse gases in the Earth's atmosphere.
What happens to the atmosphere as the concentration of greenhouse gases rises?
Positive climatic forcing, or warming, results from a rise in the atmospheric quantities of greenhouse gases. The cumulative warming effect from human-produced greenhouse gas additions to the Earth's atmosphere grew by 45% between 1990 and 2019.
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If the concentration of greenhouse gases in the atmosphere increases: a. the amount of smog will increase.
b. more heat will be retained by the atmosphere.
c. all of these.
d. there will be more clouds, so less heat will reach the earth's surface.
Suppose you are on a ship sailing in the low latitudes. Write a paragraph explaining what might happen as you drift near the Equator.
The winds will gradually weaken until they stop as you float closer to the Equator. If you are in this area with very low wind, it would be preferable if you had access to a motor to help you move the boat.
Due to the curvature of the planet, temperatures decrease the farther a region is from the equator. On the east edges of continents, the humid subtropical climate is often found between 25° and 35° latitude. Additionally, temperatures drop as you travel farther from the equator.
Living near the equator will allow you to witness the world's fastest sunrises and sunsets, which only last a few minutes. Along with having a consistent twelve-hour day and night throughout the year, these locations also see less seasonal variation in day duration than regions north or south of the equator.
Scientists assert that there are several further reasons for hope in equatorial nations. They claim that because the area is on the western side of subtropical anticyclones, the Atlantic Ocean provides warm, humid air to the area. As a result, Brazil's tropical borderlands are particularly fruitful for farming.
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What distinguishes a ghetto from an ethnic enclave in the current usage of each term?
Racial composition
Location
Impoverished conditions
Population
Government designation
Government Designation is the term that distinguishes a Ghetto from an ethnic enclave. Hence, option E is appropriate.
What is a Ghetto?Ghettos are the areas of the city that can be either in the slum or any other place and the people residing in there can be called the Ghetto. The Ghetto is that part of the city or slums where a minority group of people, are being secluded from the social standards of living.
Ghettoes mainly have very bad and impoverished conditions. So, it is not suitable for the people to be residing there. The most important thing about Ghetto is that the Ghettos are being formed due to political pressure.
The world's largest ghettoes were found during the Second World War in Germany. These Ghettoes were of the Jews, whom the Nazis had secluded. Hence, option E is correct.
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How has Montreal's culture changed since the early 20th century? Responses Hundreds of French Canadians left for Paris, taking their traditions.
Only French is allowed in government businesses.
Montreal closed its borders to immigrants from all countries
Immigrants arrived from China, bringing their culture.
Montreal's culture has changed since the early 20th century as more than hundreds of French Canadians left for Paris, taking their traditions. Hence, Option A is correct.
What is Montreal's culture?
As a city in North America, Montreal has a lot in common with other major cities there in terms of culture. These include representations in all classic forms of high culture, a long history of jazz and rock music, and experimental experiments in the visual arts, drama, and music.
The residents of Québec City have carved out their own identity despite sharing many traits with French culture, particularly the supremacy of the French language. They are renowned for their "joie de vivre," vibrant French accents, gastronomic customs, and the cordial welcome they provide to guests.
Therefore, Option A is correct.
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please help in this question and if u do I will mark u ask brainlist!
In the Northern Hemisphere, winter officially begins on December 21 and summer officially begins on June 21. (in the Southern Hemisphere).
What makes December 21 unique?The Tropic of Cancer (23°27′ N), the northernmost point of the Sun's vertical overhead beams, is reached on this day of the winter solstice in the Southern Hemisphere. Extreme weather and odd words to express it are characteristics of winter. At 6:12 a.m. The winter solstice, or the start of winter, occurs at approximately noon EST on Friday, December 21, when the sun crosses the Tropic of Capricorn, appearing to shine farthest south of the equator.
What makes September 23 and March 21 unique?The only period when the quantity of sunlight and nightfall in the Northern and Southern Hemispheres is practically equal is during the equinoxes. Two equinoxes occur annually on Earth: one around March 21 and the other around September 22. The equator receives direct sunlight on March 21 and September 23. Since neither pole is oriented toward the sun in this configuration, there are equal numbers of days and nights on the entire planet. It is referred to as an equinox. The Northern Hemisphere is now experiencing a return to spring. In the Southern Hemisphere, the equinox in March signifies the beginning of fall and the equinox in September, the beginning of spring.
What makes June 21st so unique?The longest day of the year in the Northern Hemisphere occurs on June 21; this day is known as the Summer Solstice. The length of a day in Delhi is roughly 14 hours. The latitudinal location of a site determines how much light it receives during the summer solstice in the Northern Hemisphere. The longest day of the year occurs in the hemisphere that is nearest to the sun, whereas the longest night occurs in the opposite hemisphere. The winter solstice occurs around 22 December and the summer solstice around 21 June in the northern hemisphere. In the southern hemisphere, these dates are reversible.
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The average yield for wheat has increased 3 times in the last _______________ years.
The average yield for wheat has increased 3 times in the last 60 years.
The broad range in wheat production costs across the nation was due to variations in crop yields, cropping techniques, and the costs of land, labor, and capital assets. The variety in the types of wheat farmed in the United States, each with its own production methods and related expenses, is mostly due to regional climate variances. For instance, northern wheat growers opted for spring wheat varieties that were harvested in the fall because winter wheat, which was sown in the fall for summer harvest, would perish in the cold during its winter dormancy.
Farmers in regions with plentiful rainfall were able to increase their potential output by using high amounts of fertilizer. At the opposite end of the spectrum, some places possessed lands that required expensive irrigation in order to grow a wheat harvest.
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our weather is impacted by variations in solar insolation, resulting in large-scale energy imbalances, which in turn lead to large-scale motions in the atmosphere. drag the description of a particular circulation pattern to its proper location.
The atmosphere, the sun's angle, and distance are only a few of the variables that determine solar insolation.
How does insolation affect the weather?
Insolation is the term used to describe how much solar energy arrives at the Earth's surface throughout time. Depending on the specific latitude, the insolation varies. Air flows from a warm latitude to a colder one when there is a difference in insolation like this.
Increasing or lowering the amount of sunlight absorbed by the Earth's surface is one of these methods. The temperature of Earth may be impacted by this. changing the amount of snow and ice cover due to rising or falling temperatures.
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Imagine that you are planning to conduct field work and need to record earthquakes. What is the minimum number of seismometers you will need in order to locate the earthquakes?.
You will need a minimum of three seismometers in order to locate the earthquakes.
A seismometer is a device used to gauge ground tremors brought on by explosions, volcanic eruptions, and earthquakes. In most situations, a seismograph consists of these, a timing device, and a recording device. Seismic waves are sent into space during an earthquake.
Seismographs can be used to pinpoint the epicenter of an earthquake from at least three separate locations. By turning seismic wave vibrations into electrical impulses that may be seen as seismograms on a computer screen, seismometers enable earthquake detection and monitoring. Earthquakes are studied by seismologists, who can utilize this information to pinpoint an earthquake's exact location and magnitude.
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oxygen in the atmosphere of a planet is smoking gun evidence for life on the planet. how does life produce oxygen? what would happen to oxygen in a planet's atmosphere if there was no life on the planet?
Yes, the statement is true that oxygen a planet's atmosphere is smoking gun evidence for life on earth.
If there were no life on the planet, then all the oxygen would be converted into carbon dioxide - the chief component of the greenhouse effect.
Without life, there would be low levels of oxygen or an end of oxygen in the atmosphere and a resultant abundance of carbon dioxide.
Excessive levels of carbon dioxide are creating the greenhouse effect which is ultimately leading to global warming.
Moreover, the planet earth would be hotter just like venus as there is no oxygen.
Furthermore, there will be sulfur and nitrogen oxides in the atmosphere resulting in acidic rain.
If we look back into the earth's history, we see that organisms such as microbes, algae, and fungi are the ultimate producers of oxygen in the atmosphere through photosynthesis which is smoking gun evidence for life on the planet.
To put it simply, oxygen is extremely important for the respiration, growth, and development of living things.
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May someone please help me! I have to submit this tonight and do not know how to do it or the answer may you please help me thank you.
Answer:-2/2=-1
Explanation:
It would be-2/2 because you have to go down 2 and to the right 2 so it would be -2/2 which equals to -1
Answer: -3/2
Explanation: I think the answer is -3/2 because in order to find the slope you have to find two perfect points , I think we use rise/run but in this case the graph is decreasing is going down 3 and run 2 .
The great plains region of the united states and canada is characterized by a common.
The Great Plains have continental weather. Over much in their expanse, bloodless winters and warm summers are successful, with low precipitation and humidity, a good deal of wind, and surprising modifications in temperature.
The essential supply of moisture is the Gulf of Mexico, and the quantity falls off each to the north and west.
The Great Plains is a huge vicinity between the USA and Canada. it's far made of dry and semi-arid grasslands and has been used over the years for ranching and farming.
Agriculture remains the main industry in the area. A plain is an area with a flat and commonly low elevation.
The Great Plains are characterized with the aid of especially low precipitation.
There was sufficient moisture to allow prehistoric farming interest around Missouri and its tributaries.
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Why river tend to be wider in the lower course than the upper course
The upper channel of the river is primarily engaged in erosion. Debris transported down from its upper and intermediate courses is carried downstream by the river as it moves across a wide, level plain in its lower course.
What is Erosion?Erosion is a surface process that involves the removal of soil, rock, or dissolved material from one area on the Earth's crust and the subsequent transport and depositing of the material at a different location. Weathering doesn't involve movement, unlike erosion, which does. A mountainside is being eroded as evidenced by the wind carrying away tiny rock fragments.A complete hillside paddock will experience sheet erosion when a thin layer of topsoil is lost, although it may not be immediately apparent.Learn more about erosion here:
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The archaeological approach that takes as its objective studying the way present-day societies use artifacts and structures to illuminate remains they have found is called.
Assemblage – A team of artifacts determined within the equal archaeological context (locus, matrix, stratum). Association – Objects discovered close to one some other in the equal context are stated to be in association.
What do archaeologists do when they discover an artifact?Archaeologists wash, sort, catalog, and shop recovered artifacts after bringing them returned from the field. They analyze character artifacts, however also might also kind them into groups to see patterns. For example, they might weigh all the oyster shells collectively or depend all the nails and consider them as one unit.
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Smooth air, poor visibility, fog, haze, or low clouds should be expected beneath a low-level temperature inversion layer when the relative humidity is high.
Humidity is the concentration of water vapor gift inside the air. Water vapor, the gaseous nation of water, is usually invisible to the human eye. Humidity indicates the likelihood for precipitation, dew, or fog to be a gift. Humidity relies upon the temperature and strain of the gadget or the hobby. The same amount of water vapor results in higher relative humidity in cool air than in warm air. An associated parameter is the dew point. The quantity of water vapor had to reap saturation increases because the temperature will increase. As the temperature of a parcel of air decreases it will subsequently reach the saturation point without adding or dropping water mass. The amount of water vapor contained inside a parcel of air can vary significantly. As an instance, a parcel of air near saturation may include 28 g of water per cubic meter of air at 30 °C (86 °F), however most effective eight g of water according to a cubic metre of air at eight °C (forty-six °F).
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increasing the concentration of greenhouse gases in earth’s atmosphere view available hint(s)for part a increasing the concentration of greenhouse gases in earth’s atmosphere increases the transparency of the atmosphere to visible light. increases the transparency of the atmosphere to infrared light. decreases the transparency of the atmosphere to infrared light. decreases the transparency of the atmosphere to visible light.
Increasing the concentration of greenhouse gases in the earth’s atmosphere decreases the transparency of the atmosphere to infrared light.
The term "greenhouse gas" refers to a gas that creates the greenhouse effect by both absorbing and emitting thermal infrared radiation. The five main greenhouse gases in the atmosphere of Earth are ozone, carbon dioxide, methane, and water vapor. Earth's greenhouse gases hold heat in the atmosphere, warming the entire planet.
Fluorinated gases, together with naturally occurring gases including carbon dioxide, methane, nitrous oxide, and water vapor, are the main gases responsible for the greenhouse effect (which are synthetic). Greenhouse gases function as a barrier, blocking some radiations, particularly those of infrared light, from leaving the Earth, which ultimately causes an increase in the Earth's surface temperature.
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what does a normal fault scarp formed by a single earthquake look like? group of answer choices holes that open up in the earth a curved steep slope, like a river bank circular hills about 500 feet tall a long straight break in the earth often just a few feet tall flag question: question 2 question 2
The correct answer is option B.
A normal fault scarp formed by a single earthquake looks like a curved steep slope like a river bank.
Earthquakes are high-energy seismic waves that cause a great amount of shaking of the earth and transform the outer layer of the earth's surface.
Typically, a normal fault scarp is a steeper slope, dip, or space that is created in the outer surface as a result of an earthquake.
These faults are exactly like small multiple cracks or giant trenches which appear on the lithospheric surface of the earth.
Normally, a vertical offset occurs along the normal faults. In normal fault trenches, the features of fault scarps appear to be like hanging walls.
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discordant streams - arun river, himalaya mountains, nepal. check and double-click the problem 17 placemark, and leave layers > gallery > earthquakes turned on. trace the arun river to its headwaters. what is the most likely interpretation for this river that cuts across the himalaya mountains? a. antecedent b. superposed
The appropriate choice is option (a). The most likely explanation for this river that flows through the Himalayan ranges is that it is antecedent.
What are the rivers that come before and after?Some of the significant antecedent rivers that emerged from beyond the Greater Himalayas were the Indus, Satluj, Ganga, Sarju (Kali), Arun (a tributary of Kosi), Tista, and Brahmaputra. 2. Related Rivers. The rivers that generally flow in the direction of the slope are referred to as the subsequent rivers.
Why are Himalayan rivers earlier?The rivers in the Himalayas are a good illustration of antecedent genesis. Long before the Himalayan region was raised, these rivers had their origin. Originally from the Tibetan side, the rivers Indus, Brahmaputra, Sutlej, Kosi, and Subansiri now travel through the current mountain ranges, carving down deep gorges.
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China's fishing industry is
China's fishing industry is steadily declining due to the pollutants that are being dumped into the area without any government regulation. Thus, option C is correct.
What is the fishing industry?The fishing industry can be defined as the activity which is concerned with the relationship of aquatic life which can be processing, catching, storing as well as transporting the fishes or aquatic creatures to the people.
Chinese industry is suffering from the pollutants which are being dumped in the sea or oceans without any regulations from the government which creates a lot of pollutants.
Therefore, option D is the correct option.
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steadily declining due to pollutants being dumped into the water without government regulation.
Why did some settlers turn back when they reached the Mississippi River?
The settlers turned back when they reached the Mississippi River because the river flowed into the Gulf of Mexico which could have caused a conflict with the Spanish.
The Mississippi River is a large river in the United States. It runs from the north to the south, and is one of the most important rivers in the country. The Mississippi River is used for transportation, irrigation, and many other purposes.
The river is known for its large number of levees and dams, and for its flood control, navigation and drainage projects. It is also a popular tourist destination, as it is home to many different species of animals and plants.
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Which of the following statements about India’s efforts to reduce its population growth is false?
A.
It remains culturally important to have a son, and in many rural areas, people continue to have children until a son is born.
B.
There remains a disparity in the male/ female populations, and female babies continue to have a lower status.
C.
The use of forced sterilizations in the 1970s has led to distrust of government policies, especially in rural areas.
D.
The government has made little effort to increase the status of women, increase family planning and contraceptive access, or encourage couples to limit family size.
Answer:
D.
The government has made little effort to increase the status of women, increase family planning and contraceptive access, or encourage couples to limit family size.
Explanation:
Which is a major problem with Africa's economy?
A. Africa has no valuable natural resources.
B. Africa cannot attract foreign investment.
C. Industrialized nations do not need any of Africa's exports.
D. Africa has industrialized too quickly.
Option (b), which states that foreign investment cannot be drawn to Africa, is the correct response.
Which is a significant issue for Africa's economy?Africa has a high rate of inequality and unemployment. The area has a corrupt system that is not interested in funding education and other aspects of regional development. being ruled by colonial powers for long years in Africa.
Due to a lack of foreign investment, Africa's economy is unstable due to global pricing changes.
According to estimates from the World Bank, a lack of funding for roads, telecommunications, water, electricity, and other infrastructure is reducing the continent's production by about 40%. According to survey participants at the World Economic Forum last year, this "collapse of vital infrastructure" poses a significant danger to regional business.
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Geographers use two key questions every day. When using these two key questions
geographer would ask "where are the birds going?" and "
?"
A. what season is it
B. which birds are migrating
C. when are the birds traveling
D. why are they going there
Please select the best answer from the choices provided.
Answer:
D.
Explanation:
Geographers use two key questions to study the migration of birds, where are the birds going, and why are they going there.
tornado deaths in the united states have been dropping over the last nine decades. in addition to some improvements in building codes, what accounts for this decline?
The United States reviews the maximum tornadoes of any united states withinside the world: extra than 1,000 in keeping with yr. were mentioned each yr. considering that 1990 withinside the U.S. This excessive depend on twisters' effects ordinarily from the united States's topography, which capabilities a massive imperative center with extraordinarily flat terrain.
There are 3 fundamental components wanted for thunderstorm development: moisture, a risky environment, and a few manners to begin the environment moving. Moisture is important to provide the tornado clouds and precipitation.
The Enhanced Fujita Scale or EF Scale, which have become operational on February 1, 2007, is used to assign a twister a 'rating' primarily based totally on anticipated wind speeds and associated damage.
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In The Question, I need help with this:
For each of the statements, put in the correct properties.
Examples:
3n + 12 + 5n = 68, is Distributive Property.
n = 7, is Division Property of Equality.
Those are correct, just fill in the other unanswered questions.
Answer:
n=12
Explanation:
because i added and im so smart
I was a portuguese nobleman who left portugal in 1497, sailed around africa, and reached india in may 1498.
The Portuguese nobleman Vasco da Gama (1460-1524) sailed from Lisbon in 1497 on a mission to reach India and open a sea route from Europe to the East.
Vasco da Gama, 1st matter of Vidigueira, become a Portuguese explorer and the primary ecu to reach India by sea.
His preliminary voyage to India through way of Cape of suitable desire became the primary to link Europe and Asia with the aid of an ocean path, connecting the Atlantic and the Indian oceans.
This is broadly taken into consideration as a milestone in global records, as it marked the start of a sea-based segment of global multiculturalism.
Da Gama's discovery of the sea path to India opened the way for an age of global imperialism and enabled the Portuguese to establish a long-lasting colonial empire along the manner from Africa to Asia.
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The Picture Has The Questions
Answer:
When a line bisects an angle, it divides the angle into two congruent angles.
Angle FGH = Angle HGI
4x - 6 = 5x - 15
x = 9
Substitute x into angles.
Angle FGH = 4(9) - 6 = 30°
Angle HGI = Angle FGH = 30°
Angle FGI = Angle FGH + Angle HGI
= 30 + 30
= 60°
Which of the following statements is true?
A.
There is not enough food produced in the world to feed everyone.
B.
The biggest cause of hunger and malnutrition is the cost of getting food to people who need it most.
C.
Most countries have enough arable land and resources to feed their own population and export a surplus.
D.
Malnourishment is only seen in a few countries with very limited food supplies.
Answer:
B
Explanation:
this seems to be the most logical one
Answer:
option B
Explanation:
Due to Inflation and money supply the causes of hunger and malnutrition. unable them to get enough food supply, and because of poverty the less nutritious food they intake.
energy from the sun drives the earth’s climate and weather. the most intense solar radiation arrives at the equator. solar radiation leads to the greenhouse effect, which is essential for life on earth. (a) there is evidence that global climate change over the past 100 years has led to an increased warming of earth because of the greenhouse effect. (i) describe how the solar radiation that arrives at the equator is redistributed around the earth through atmospheric circulation.
Answer:
Explanation:
The Sun doesn’t heat the Earth evenly. Because the Earth is a sphere, the Sun heats equatorial regions more than polar regions. The atmosphere and ocean work non-stop to even out solar heating imbalances through evaporation of surface water, convection, rainfall, winds, and ocean circulation. This coupled atmosphere and ocean circulation is known as Earth’s heat engine.
unequal heating forms Hadley cells that redistribute heat
-unequal heating forms convection currents that redistribute heat
-unequal heating forms wind currents that redistribute heat
-unequal heating alters ocean currents that redistribute heat
The climate’s heat engine must not only redistribute solar heat from the equator toward the poles, but also from the Earth’s surface and lower atmosphere back to space. Otherwise, Earth would endlessly heat up. Earth’s temperature doesn’t infinitely rise because the surface and the atmosphere are simultaneously radiating heat to space. This net flow of energy into and out of the Earth system is Earth’s energy budget.
The Earth is not heated uniformly by the Sun. The Sun heats equatorial regions more than polar parts because the Earth is a spherical.
What drives Earth climate and weather ?Through the evaporation of surface water, convection, precipitation, winds, and ocean circulation, the atmosphere and ocean continuously attempt to balance out solar heating imbalances. The Earth's heat engine is this circulation of the ocean and atmosphere together.
Uneven heating patterns Heat redistribution Hadley cellsConvection currents caused by uneven heating transfer heat.Wind currents caused by uneven heating redistribute heat.Uneven heating changes ocean currents, which redistributes heat.The heat engine of the climate must return heat from the Earth's surface and lower atmosphere to space in addition to redistributing solar heat from the equator toward the poles. Otherwise, the planet would continue to heat up. The heat of the planet because heat is simultaneously being radiated into space from the surface and the atmosphere.
The Earth's energy budget is represented by this net energy flow into and out of the system.
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