Answers
Plot
Explanation:
The answer is plot because Novels have plots, plots involve being in chronological order, are in the order of when the events came.
Related Questions
Based on your knowledge of Latin America, which conclusion regarding human interaction with
the environment is accurate?
A Most urban centers are located in the interior.
B Ranching and herding is the chief industry of Peru.
C Commercial farming occurs mostly along the coasts.
D Much of the Brazillian forestry industry uses the Amazon River.
Answers
Answer:D
Explanation:
Brazilian forest uses the amazon river
humans interaction with environment
The conclusion regarding human interaction with the environment that is accurate is "much of the Brazillian forestry industry uses the Amazon River".
The Amazon rainforest is the largest intact forest on the planet. In Brazil alone, it is home to more than 24 million people, including hundreds of thousands of Indigenous Peoples from 180 different groups.
In addition to its unparalleled diversity of life, the Amazon plays an important role in environment control. The rainforest contributes approximately $8.2 billion to the Brazilian economy each year through products such as rubber and timber.
The correct answer is option D.
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True or false: the rocks in the Precambrian section are in the same orientation they were in when they first formed. Group of answer choices True False
Answers
Answer:
False
Explanation:
When you wanted to sail south along the coast with a southern wind, what kind of sails could you use?A) backstaffB) astrolabeC) squareD) lateen
Answers
D) Lateen. A lateen sail is a triangular sail that is rigged on a long yard attached at an angle to the mast. It is commonly used on small boats and is well-suited for sailing with a wind coming from behind or slightly off to the side.
When sailing with a southern wind along the coast, the most suitable type of sail to use would be a lateen sail. Lateen sails have a triangular shape and are rigged on a long yard that is attached to the mast at an angle. This configuration allows the sail to catch the wind effectively and generate forward motion.
The lateen sail is known for its versatility and efficiency in various wind conditions. It is particularly advantageous when sailing with a wind coming from behind or slightly off to the side, which is the case when sailing south along the coast with a southern wind. The sail can be adjusted easily by changing the angle of the yard and manipulating the sheets, allowing the sailor to optimize the sail's position in relation to the wind.
The triangular shape of the lateen sail enables it to generate lift, similar to an airplane wing, as the wind flows over its curved surface. This lift propels the boat forward, and the sail's efficient design allows for good maneuverability and control. The lateen sail has been used for centuries by various cultures around the world and is still utilized today on small boats and traditional sailing vessels.
In summary, when sailing south along the coast with a southern wind, the lateen sail would be the most suitable choice due to its ability to efficiently harness the wind's power and propel the boat forward in the desired direction.
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the el nino southern oscillation is a cyclical pattern of changing wind patterns and ocean temperatures in the tropical pacific ocean which can affect weather and ocean life worldwide. during what phase of enso would indonesia and australia likely experience more rainfall than usual?
Answers
The El Nino southern oscillation is a cyclical pattern of changing wind patterns and ocean temperatures in the tropical pacific ocean which can affect weather and ocean life worldwide. During an El Niño phase, warmer-than-normal water is typically found near the coasts of Indonesia and Australia, and more rainfall is likely in those areas.
The El Nino Southern Oscillation (ENSO) is a cyclical climate pattern in the Pacific Ocean that involves changes in atmospheric pressure, wind direction, and sea surface temperature. This is due to the warmer water evaporating more quickly and carrying more moisture into the atmosphere, which is then released as precipitation when the air reaches its saturation point.
In comparison, during a La Niña phase, cooler-than-normal water is usually found in the region and there is less rainfall.
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Analyze the map below and answer the question that follows.
The highland climate region of East Asia is labeled with the number _____ on the map above.
A.
2
B.
3
C.
4
D.
6
Answers
Even when Poland was under the control of the former Soviet Union, the
A. Catholic Church unified the people
B. Polish people developed vital minerals
C. Communists unified the people
D. Polish people developed industry
Answers
Two property owners flatten the steep slope of their yards and plant more grass and shrubs. Describe two ways in which these changes will affect runoff and erosion in the yards.
Answers
First, vegetation reduces runoff by absorbing water and holding soil in place. Second, flat land has less runoff than steeply sloping land. Less runoff generally means less erosion, so the amount of erosion in each yard should be reduced.
I saw both of these on quizlet, hope this helps!
power and legitimacy are the elements that make up
Answers
Answer:
authority
Explanation:
Answer:
authoity
Explanation:
which of the following statement is true? a) longshore currents transport sand. b) rising sea level creates barrier islands. c) submergence of shoreline creates cliffs. d) tides always have significant erosion.
Answers
A true statement is longshore currents transport sand.
About Ocean CurrentOcean currents usually occur on the surface and below sea level. For fishermen, ocean currents have an important role because they can determine the direction of shipping.
The definition of ocean currents is the movement of water that causes the horizontal movement of water masses.
Not only horizontally, ocean currents can also cause vertical displacement of water masses. However, this event was minimal. Vertical movement of water masses is also known as upwelling.
Ocean currents factors WindWind is the main factor affecting the movement of ocean surface currents. The faster the wind blows, the greater the friction force that occurs on the sea surface.
Differences in salt contentSeawater that has a high salt content has a greater density, and vice versa.
Temperature differenceBased on the temperature, ocean currents are divided into two types, namely hot currents and cold currents. These two currents occur when there is a difference in seawater temperature with the surrounding area.
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Why are maps drawn from above (vertically) more accurate for measuring distance than maps drawn from the side (oblique)?
Answers
In the vertical view, terrain is typically represented with contour lines. Contour lines drawn on a map connect points of equivalent elevation. Figure 6.4.1 demonstrates how contour lines relate to the landscape from which they are derived—note that the bottom image is a 2D rendering of what is presumed to be a regularly-shaped mountain feature.
name two significant industries in the amazon basin
Answers
Answer: The basin is drained by the Amazon River, the world's largest river in terms of discharge, and the second longest river in the world after the Nile. The river is made up of over 1,100 tributaries, 17 of which are longer than 1000 miles, and two of which (the Negro and the Madeira) are larger, in terms of volume, than the Congo river.
Explanation:
I am not sure if this is correct
(can I get a Brainly)
What would happen if there was no more van Allen belts?
Answers
Answer:
Actually the radiation belts are a negative side effect of the earths magnetic field as well as the Suns magnetic field. As cosmic particles collide with particles in the atmosphere they decay into energetic protons while the outer belt is mostly electrons made in geomagnetic storms.
if it didn't exist we could launch more satellites or have larger space stations without the worry of perpetual radiation exposure as for earth there would be no negative consequences to the loss of the energy.
Entrainment is?
a) the process of cool, dry air being pulled into a thunderstorm by the downdraft
b) a line of thunderstorms, one feeding into the next
c) rotation from the parent cloud transferring into a tornado
d) warm, moist air fed into a thunderstorm by the updraft
Answers
Entrainment is warm, moist air fed into a thunderstorm by the updraft (d).
What is entrainment?Entrainment refers to the process of introducing environmental air into a thunderstorm's updraft. Warm, moist air fed into a thunderstorm by the updraft is the correct answer. When clouds and thunderstorms move, they cause air motion in their immediate surroundings. When a cloud produces an updraft and draws air from its surroundings, it entrains that air into the thunderstorm. The amount and features of the air that the thunderstorm entrains have a significant impact on the thunderstorm's nature and persistence.
Entrainment refers to the process of incorporating surrounding air into a larger-scale atmospheric phenomenon, such as a thunderstorm. It involves the mixing of air with different properties into the main flow or circulation of the phenomenon.
In the case of a thunderstorm, the updraft is responsible for drawing in warm, moist air from its surroundings, which contributes to its development and sustains its strength. Entrainment plays a role in bringing this external air into the thunderstorm system through the updraft.
Among the given options, the most accurate description of entrainment is:
d) warm, moist air fed into a thunderstorm by the updraft
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How many unique triangles can be drawn with interior angles measuring 40°, 40°, and 100°?
Answers
Answer:
There are 3 unique triangles that can be drawn with interior angles measuring 40º, 40º and 100º.
Explanation:
We should remember that according to Euclidean geometry the sum of internal angles in every triangle equals 180º and that every angle is opposed by a side. Given the values of internal triangles, the possible combinations are described below:
\(\{100^{\circ}, 40^{\circ}, 40^{\circ}\}\), \(\{40^{\circ}, 100^{\circ}, 40^{\circ}\}\), \(\{40^{\circ}, 40^{\circ}, 100^{\circ}\}\)
There are 3 unique triangles that can be drawn with interior angles measuring 40º, 40º and 100º.
Between 30% and 60% of the population of Europe was Decimated in the mid 1300 by
Answers
Which of the following statements is true? Group of answer choices Temperature inversions make pollution problems worse. Normally, cool air near earth's surface expands and rises, carrying pollutants higher into the troposphere. Temperature inversions help prevent air pollution. Temperature inversion occurs when a layer of cold air prevents warm air from rising.
Answers
Answer:
Normally, cool air near earth's surface expands and rises, carrying pollutants higher into the troposphere.
Explanation:
Thermal inversion is an atmospheric phenomenon. It tends to occur in large urban centers where industrial production is intense and the amount of polluting gases is greater. When the thermal inversion happens, the cold air is trapped and is prevented from circulating. This cold air is trapped close to the Earth's surface, very close to the toposphere. The problem is that cold air is loaded with polluting gases and this promotes strong atmospheric pollution, which aggravates many environmental and health problems. It is because of the thermal inversion that we can see a gray layer on the horizon of some urban centers.
Which factor contributed to the development of manorialism?
A. Security for peasants and labor for the lord's lands
b.Peasants and their lords were tied together by the same religion.
c.Fees paid entitled serfs to the lord's protection from warfare.
D. Estates became self-sufficient under authority from monarchs.
Answers
Answer:
A. Security for peasants and labor for the lord's lands
Explanation:
"Manorialism" is also known as Seigneurialism. This kind of system allowed the peasants and the lord to live together in harmony. It was common in the Middle Ages for landlord's to receive lands from noble people. The land also included the people residing in it, so this means that the lord becomes the new powerful authority for the people living on the land. In this case, the peasant were bound to give tributes to the lord of the land. In order to do this, they have to provide labor to the lord's lands. In return, the lord ensures their security by protecting them.
27.
This is a map of some Roman Cities around 2nd Century AD.
What is the BEST reason for why Roman cities were located on the coast?
Answers
Based on the human geography perspective, the best reason why Roman cities were located on the coast is that the nearness to the sea helps promote trade and travel.
What are Roman cities?Roman Cities are major areas or regions in present-day Italy which are famous for their historical and present socioeconomic and political development.
Famous Roman cities include the likes of Milan, Rome, Sicily, and Napoli, among others.
Establishing the roman cities on the coast gives the cities the islands around the Italian Peninsula which provided good ports for trade and good strategic positions for military defense.
Also, aside from trading and military advantage, cities near the coast are known to allow the Romans to travel to foreign lands around the sea like North Africa, conquer new territories, and develop trade routes.
Hence, in this case, it is concluded that the correct answer is that the nearness to the sea helps promote trade and travel. I
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intrinsic anisotropic minerals, e.g., olivine, can be aligned into direction of strain. this causes large-scale features in the mantle and provides important insight into deformation processes
Answers
Intrinsic anisotropic minerals, like olivine, when aligned with the direction of strain, create significant features in the mantle, offering valuable insights into deformation processes.
How does the alignment of intrinsic anisotropic minerals, such as olivine, with strain direction contribute to understanding deformation processes and create prominent features in the mantle?The alignment of intrinsic anisotropic minerals, such as olivine, along the direction of strain plays a crucial role in shaping the mantle and providing essential information about deformation processes. Anisotropic minerals have preferred crystal orientations, meaning their physical properties vary depending on the direction in which they are measured. When subjected to strain, these minerals can align themselves parallel to the direction of the applied stress.
Understanding the behavior of intrinsic anisotropic minerals is crucial for deciphering the complex dynamics of the Earth's interior. The alignment of these minerals with strain direction allows researchers to unravel the mechanisms and forces that drive deformation, providing important clues about the evolution and behavior of our planet's mantle. Through careful analysis of these large-scale features, scientists can refine models of plate tectonics, investigate the origins of earthquakes and volcanic activity, and gain a deeper understanding of the dynamic processes that shape our planet.
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You were given a promotion at work which will
cause you to move. You do not want to move but
the company warns if you do not move, they will
replace you.
Push factor or Pull factor
Answers
Push Factor.
Brazil
According to the book, where Brazil is located. What is your continent? What is Brazil?
Answers
Answer:
the continent is in south America
E
B
B
B
1
21. M is between N and P.
Overa
LOGICAL REASONING In the diagram of the collinear points, PT = 20,
QS= 6, and PQ = QR = RS. Find each length.
90
24. RS
Answers
The length is RS (3),
Collinear points are the factors that lie on the equal instant line or in an unmarried line. If or extra than factors lie on a line close to or a ways from every other, then they're stated to be collinear, in Euclidean geometry.
To calculate the gap between factors whose coordinates are known to us, we use the gap formula. So, if we have 3 collinear points inside the order A, B, and C, then these factors could be collinear if AB + BC = CA.
You could see many real-lifestyles examples of collinearity consisting of a collection of students standing in an instant line, a bunch of apples kept in a row, subsequent to every different, etc. In geometry, two or extra points are stated to be collinear, if they lie at an equal line.
24. RS = QR = 3
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Which type of plate boundaries do most volcanoes and earthquakes occur at (constructive/destructive/conservative)
Answers
Destructive type of plate boundaries do most volcanoes and earthquakes occur at.
Please help
1. How do the waters of the earth's oceans help distribute heat from one place to another?
Currents influence winds through the Coriolis effect.
Currents carry warm water from the Equator to the poles.
Warm water stays far below the ocean's surface.
Cold water stays just below the ocean's surface.
Answers
Answer:
Explanation:
How does wind affect ocean currents?
Major surface ocean currents in the open ocean, however, are set in motion by the wind, which drags on the surface of the water as it blows. ... The winds pull surface water with them, creating currents. As these currents flow westward, the Coriolis effect—a force that results from the rotation of the Earth—deflects them.
An electric bulb is labeled 240v, 60w. How much current is taken by the bulb?
Answers
Current = 0.25 A
Further explanationElectric power i: electrical energy per unit time
\(\tt P=\dfrac{W}{t}\)
P = watt
W = electrical energy, J
t = time, s
or
P = V.I
V=voltages, volt
I=current,A
An electric bulb is labeled 240v, 60w,
So,
P = 60 watt
V=240 volt
\(\tt I=\dfrac{P}{V}\\\\I=\dfrac{60}{240}=0.25~A\)
Power of that electric bulb is 60W.
Voltage of that bulb is 240V and we have to calculate the current (I).
P = 60W V = 240V I = ?Now, as we know that electrical power (P) is calculated by the formula :
P = VIHere,
P is power V is voltage I is currentSubstituting the values in the formula,
\( \implies \: \sf{60 = (240)(I)}\)
\( \implies \: \sf{60 = (240) \times (I)}\)
\(\implies \: \sf{I \: = \: \dfrac{60}{240} }\)
\(\implies \: \sf{I \: = \: \cancel\dfrac{60}{240} }\)
\(\implies \: \sf{I \: = \: \dfrac{6}{24} }\)
\(\implies \: \sf{I \: = \: \cancel\dfrac{6}{24} }\)
\(\implies \: \sf{I \: = \: \dfrac{3}{12} }\)
\(\implies \: \sf{I \: = \: \cancel\dfrac{3}{12} }\)
\(\implies \: \sf{I \: = \: \dfrac{1}{4} }\)
\(\implies \: \sf{I \: = \: \cancel\dfrac{1}{4} }\)
\(\implies \: \red{\bf{I \: = \:0.4A}}\)
7 U8 Topic B Quiz / 2 OF 5
A submarine sandwich shop makes sandwiches with one kind of bread, one protein, one choice of cheese, and one vegetable.
How many different sandwiches are possible? Explain your reasoning.
Answers
If a submarine sandwich shop makes sandwiches with one kind of bread, one protein, one choice of cheese, and one vegetable. The number of different sandwiches that are possible is: 120.
What is the possible combination?Let's assume there are:
b= bread
p= protein
c= cheese
v= vegetables
So,
Total number of sandwiches = b *p * c * v
For instance there would be a total of 11 distinct sandwiches if there were 3 bread options, 4 protein options, 2 cheese options, and 5 vegetable alternatives.
Total number of sandwiches = 3 * 4 * 2 * 5
Total number of sandwiches = 120
With the specified options for bread, protein, cheese, and veggies, there would be 120 distinct sandwiches that might be made in this scenario.
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Please help!! Oceanography/Geology: Describe how a contour line map is created
Answers
Based on the geological analysis, the Contour line map is created by drawing on a map with equal elevation points, such that the elevation would be steady if the individual followed the contour line physically.
What is a Contour Line?A contour line is a term that is used geographically, to describe the typical line drawn on a topographic map to reveal ground elevation or depression.
Generally, a contour interval is a vertical distance or difference in elevation between contour lines.
A contour line is used to show the elevation and terrain shape, and it is valuable because they show the form of the land surface on the map.
Method of creating contour line mapthe cross-section method and the trace contour method.Hence, in this case, it is concluded that the contour line map is created using lines drawn on a map with equal elevation points.
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Which of the following is a benefit of crop rotation
A. It increases the need for large harvesting machinery
B. It reduces the need for crop management
C. It reduces the need for artificial fertilizer
D. It increases the need for pesticide spray
Answers
Answer:
A.
Explanation:
Did the same question lol.
which are parts of the Jewish covenant with god?(check all that apply)
A. the five pillars are a set of duties for all believers.
B. there is a central religious authority that guides belief.
C. the Israelites are god's chosen people.
D. Jews will have Israel as their homeland.
Answers
Answer:
it is b
Explanation:
Answer:
it is B
Explanation:
hope it helps you
The occurrence of earthquakes is associated with. . Select one:
a. Locations only in the southern hemisphere
b. Only divergent plate boundaries
c. Only convergent plate boundaries
d. Only transform plate boundaries
e. Locations only in the northern hemisphere
f. Any of transform, divergent and convergent plate boundaries
Answers
Earthquakes can occur at any of the three types of plate boundaries: transform, divergent, and convergent. Their occurrence is not limited to a specific hemisphere but can happen anywhere in the world where tectonic plates interact.
The occurrence of earthquakes is not limited to a specific hemisphere or plate boundary type. Earthquakes can happen at any of the three types of plate boundaries: transform, divergent, and convergent.
Transform plate boundaries occur when two plates slide past each other horizontally. The friction and stress along these boundaries can build up over time, resulting in earthquakes. Famous examples of transform plate boundaries include the San Andreas Fault in California.
Divergent plate boundaries are characterized by plates moving away from each other. As the plates separate, magma rises to fill the gap, forming new crust. The movement of plates and the volcanic activity associated with this process can cause earthquakes. The Mid-Atlantic Ridge is an example of a divergent plate boundary.
Convergent plate boundaries occur when two plates collide or come together. These boundaries can involve subduction, where one plate sinks beneath another, or continental collision, where two continental plates collide. The intense pressure and compression at these boundaries can generate powerful earthquakes. The Pacific Ring of Fire, which surrounds the Pacific Ocean, is known for its numerous convergent plate boundaries and high earthquake activity.
In summary, earthquakes can occur at transform, divergent, and convergent plate boundaries. The occurrence of earthquakes is not limited to a specific hemisphere. Earthquakes can happen anywhere in the world where tectonic plates interact, regardless of their location in the northern or southern hemisphere.
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