what kind of line would isotherms be if if latitude was the only control of climate
Answers
If latitude was the only control of climate, isotherms would be straight and parallel to the equator.
This is because as one moves away from the equator, the angle at which the sun's rays hit the earth changes, resulting in variations in temperature. Therefore, regions located at the same latitude would have similar temperatures, which would result in isotherms that run parallel to the equator.
However, it is important to note that latitude is not the only factor that affects climate. Other factors such as altitude, ocean currents, prevailing winds, and topography also play a significant role in determining the climate of a region. Therefore, isotherms in the real world are not perfectly straight and parallel to the equator but rather have complex patterns due to the combined effects of multiple climatic factors.
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Related Questions
Interpret sample D.
Based on the sedimentary structure you identified in the previous question, what interpretive statement can you make about the conditions under which this sediment was deposited?
It must have been on the land.
It must have been deposited in a swampy environment with stagnant water.
It must have been in a shallow water environment where waves could reach the bottom.
It must have been in the deep ocean, deposited by turbidity currents.
Question 4
Examine the loose sand samples E, H, I, and J. Each is displayed in a petri dish 9 cm in diameter.
Which of the 4 sand samples is dominated by ooids?
E
H
I
J
Answers
Based on the sedimentary structure identified in sample D, the interpretive statement that can be made about the conditions under which this sediment was deposited is: It must have been deposited in a swampy environment with stagnant water.This is due to the presence of characteristics that are indicative of sedimentary deposits formed in such environments.
Sample H is dominated by ooids. Regarding the loose sand samples E, H, I, and J, I cannot visually examine them since I am a text-based AI. However, to determine which sample is dominated by ooids, you should look for small, rounded, concentrically layered particles in the sand. The sample with the highest concentration of these structures would be the one dominated by ooids.
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the aleutian and japanese islands are the result of plate motion along a:
Answers
Answer:
ocean to ocean-convergent
Explanation:
Read the case study on the Magaliesberg Mountains in FIGURE 2.1 before answering the questions that follow. Resistant layer Lass resistant rock 2.1.1 A + 2.1.2 B The rocks of the Bushveld Igneous Complex contains the world's richest source of platinum group minerals, chromite and vanadium. The Magaliesberg Mountains Lie about 40 km north-west of Tswane. The Mountains are the Southern boundary of the Bushveld Igneous Complex. It formed over 2 000 million years ago. It is a huge saucer-shaped intrusion. Identify the structural landform depicted in FIGURE 2.1. Identify the slopes labelled A and B on the landform. Refer to F (1 x 1) (1) (2 x (2) 2.2.1 2.2.2
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The structural landform that is shown in the text is an intrusive igneous landform, and it is known as a saucer-shaped intrusion.
What are the rock?Landforms refer to characteristics present on the surface of the Earth, comprising geographical elements like hills, gorges, flatlands or highlands.
According to the details given in the question, is identified as the Bushveld Igneous Complex, an intrusive igneous landform that emerged more than two billion years ago. The gigantic intrusion, shaped like a saucer, comprises the planet's most abundant reserves of chromite, vanadium, as well as that of platinum group minerals.
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What is the name for the trace or remains of an organism that lived long ago, most commonly preserved in sedimentary rock?a. Fossilb. Sedimentary Rockc. Amberd. Clam
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The name for the trace or remains of an organism that lived long ago, most commonly preserved in sedimentary rock is Fossil. So, option A is correct.
Animals, plants, and other ancient species that have been preserved as remains or traces are called fossils. When it comes to understanding the development and adaption of various species across time, fossils are an essential source of information about the history of life on Earth. They are often discovered in sedimentary rocks, which are formed as a result of the slow buildup of sediments like sand and mud over time. Bones, shells, prints, and tracks are just a few examples of fossils that can exist.
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Which of the following are considered the major greenhouse gases? a. water vapor and ozone b. water vapor and carbon dioxide c. ozone and carbon dioxide d. ozone and methane
Answers
The various types of greenhouse gases are varied. The main ones are nitrous oxide, methane, water vapor, and carbon dioxide.
What is the purpose of dioxin?Carbon dioxide is used as a refrigerant, in extinguishers, to blow coal, foam rubber and plastics, inflate life rafts and life jackets, blast coal, promote plant growth in greenhouses, immobilize creatures before slaughter, and in carbonated drinks.
Is oxygen dangerous to people?Inhaling CO2 is thought to be only mildly harmful. The fundamental health impacts of CO2 are a result of its simple asphyxiant nature. A gas that decreases or replaces the natural oxygen for breathing air is referred to as a simple asphyxiant. Mild CO2 exposure symptoms can include headache and sleepiness.
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The Amazon basin is the smallest Rainforest in the World.
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Answer:
The Amazon rainforest,[a] alternatively, the Amazon Jungle, also known in English as Amazonia, is a moist broadleaf tropical rainforest in the Amazon biome that covers most of the Amazon basin of South America. This basin encompasses 7,000,000 km2 (2,700,000 sq mi), of which 5,500,000 km2 (2,100,000 sq mi) are covered by the rainforest. This region includes territory belonging to nine nations.
How does a brittle fracture progress?
Answers
The progress of a brittle fracture can be divided into three stages: initiation, propagation, and final failure.
Brittle fractures occur when materials are unable to deform plastically (that is, they cannot undergo significant persistent deformation before shattering).
Brittle fractures develop through three stages: initiation, propagation, and final failure.
The first step of a brittle fracture occurs when a crack or fault in the material forms. This can occur for a number of causes, including the presence of a manufacturing flaw or the application of a quick shock or impact force. Propagation: When a crack or fault forms, it can begin to propagate or grow in reaction to external stresses. The ultimate stage of a brittle fracture happens when the crack reaches a critical size or length, at which point the material will suddenly and catastrophically fracture.For such more question on propagation:
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Which statement is true about comets?
O Comets do not contain ice and rock particles.
O A comet's tail always points toward the Sun.
O The tail of the comet begins to emerge as it moves away from the Sun.
O Comets have a unique long, narrow elliptical orbit.
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Answer:
comets have a unique long, narrow elliptical orbit.
Which of the following is a benefit of free trade agreements?
Answers
Answer:
reduce and eliminate tariffs
Do volcanic eruptions affect just the local area or the entire globe plssssss helpppp but pls no links
Answers
Answer:
whole area
Explanation:
Need help
Fossils are embedded in rocks found on the terrain of today's continents. What can you say about this rocks and terrain when compared?
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Answer:
The location of fossils in rock layers provides evidence of Earth's past landscapes. It is hard to guess the age of rock. ... Fossils found in a particular rock layer help scientists determine the age of the rock. Scientists use a technique called radiocarbon dating to find out the age of the fossils.
In the 1906 san francisco earthquake, much of the damage was due to fires because?
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Projections cause distortion in a minimum of two of the following spatial properties: area, direction, distance, or shape.
a. true
b. false
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Projections cause distortion in a minimum of two of the following spatial properties: area, direction, distance, or shape.
When representing the three-dimensional Earth on a two-dimensional map, map projections are used. However, due to the inherent differences between the curved Earth surface and a flat map, distortions occur in certain spatial properties. A projection can preserve accurate representations of only certain spatial properties while distorting others. For example, when it comes to area, some map projections can accurately preserve the relative sizes of landmasses, but at the cost of distorting shapes or directions.
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Find the coordinates for the following places: Murraysburg
Answers
Murraysburg is located at coordinates -32.766667 (latitude) and 22.583333 (longitude) in South Africa.
Murraysburg is a small town situated in the Western Cape province of South Africa. The coordinates for Murraysburg are -32.766667 degrees latitude and 22.583333 degrees longitude.
This town falls under the Central Karoo District Municipality and lies on the southern side of the Sneeuberg mountain range.
Murraysburg is a rural town with a rich history, and its economy is primarily based on agriculture, with farming activities such as sheep and ostrich farming being predominant in the area.
The town offers scenic landscapes, historic buildings, and a peaceful environment for its residents and visitors.
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What is the main issue with controlled burns?
Answers
Answer:
it causes air pollution
Explanation:
What is the capital of spain?
Where is Spain located?
Answers
Answer:Egypt
Explanation:pyramid
Location: Europe
Is it TRUE or FALSE that metals are good thermal conductors compared to non-metal? Compare and justify your answer based on diamond and copper properties.
Answers
The metals are good thermal conductors when compared to non-metals. This is true.
Metals have a higher number of free electrons than non-metals, which makes them good heat conductors. When heated, these free electrons start to vibrate, collide with each other, and thus transfer heat energy.
Metals are hard, shiny, flexible, ductile, and sonorous. They conduct heat and electricity better than nonmetals. The properties of metals are explained by their structure and bonding.
Electromagnetic metals carry electrical charge through them because of the delocalized electrons. Thermal metal conductors carry thermal energy because delocalized electrons transport energy
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Why would a chef need to follow a chronology?
Answers
Answer:
Because chefs follow cooking steps like first step to making id.k a cake, whats first? flour and eggs and milk or whatever put we need to follow them 1 by 1. And chronology is like in a text it gives an exact order of an event like in a text first the plane took off to flight, then 5 hours later it landed at Alabama. Finally everyone got off board. Get it?
Explanation:
8. Recall that this is what a compass would look like if you were orienting yourself to the northwest. If you wanted to go southeast, how would the compass be positioned? Draw your answer below. (15 points)
Answers
Answer:
its in Wikipedia go type south east to north west
Explanation:
its actually kind of a angle from in between north and west and also in between south and eastb
If a person wanted to go southeast, the magnetic needle of the compass would be positioned between south and east.
What is a Compass?
A compass is a machine or a device that depicts the cardinal directions that are essential for navigation.
Simply put, it is used for finding direction. See the attached image for a compass that is pointing between the south and the east.
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Which items are described by the geographic theme of human- environmental interaction
Answers
Answer:
Could you explain your Question better please, thank you!
Answer:
road construction metorites home building coal depsites gold mines.☝️
What lines on a map run north to south?
Answers
Answer:
longitudes
Explanation:
longitudes are things like the prime meridian, made to measure east and west, whereas latitudes are horizontal lines made to measure north and south.
The breaking down of rocks into smaller pieces is called:.
Answers
Answer:
The answer is Weathering
Explanation:
Weathering is the breaking down or dissolving of rocks and minerals on Earths surface. Hope this helped :)
The children______ in the library at this moment.
Answers
Answer:
is is the correct answer
Answer:
Are
Explanation:
:p
Science spreads throughout our lives. People have used astronomical bodies in the past for many things for many purposes. One thing people paid attention to were eclipses, both solar and lunar. Research what these eclipses meant to people in the past. How did eclipses also help our understanding of space? Please answer this prompt by writing one page.
Answers
Answer:
eclipse help in the past by telling how the climate will be and in our understanding it shows how the planet rotate for it to come and meet each others ( and sun )
hope I tried to answer the qn
Why are dust clouds more observationally inconvenient than gas clouds?A. There is an envelope of dust around every starB. We understand the effect of dust on light, but have no idea how gas influences observationsC. Dust can cause absorption lines at certain wavelengths while gas affects all wavelengths equallyD. Dust is abundant while gas is rare in our galaxyE. Dust can block light in more ways
Answers
The dust clouds are more observationally inconvenient than gas clouds is Dust can cause absorption lines at certain wavelengths while gas affects all wavelengths equally. C.
Dust particles are solid or condensed matter whereas gas clouds consist of ionized or neutral gases.
Light passes through a dust cloud it can interact with the dust particles causing absorption and scattering of specific wavelengths of light.
This results in the formation of absorption lines in the observed spectrum.
These absorption lines can obscure or distort the light from astronomical objects making it challenging to obtain accurate and detailed observations.
On the other hand, gas clouds do not cause selective absorption of specific wavelengths of light.
Gas primarily interacts with light through emission and absorption lines associated with atomic and molecular transitions.
Unlike dust, gas clouds affect all wavelengths of light equally without causing selective absorption lines.
This allows astronomers to study the emission and absorption features in the spectrum of gas clouds without significant wavelength-specific obscuration.
Option A is incorrect because not every star has an envelope of dust around it, although some stars do have circumstellar dust disks.
Option B is incorrect because we do understand how gas influences observations through its emission and absorption features.
Option D is incorrect because gas is actually more abundant than dust in our galaxy.
Option E is incorrect because while dust can block light in various ways such as scattering and absorption it does not necessarily imply that it can block light in more ways compared to gas.
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To what extent is erosion the main physical process responsible for coastal landforms
Answers
Answer:
"Destructive waves" is the right approach.
Explanation:
Coastal erosion refers to something like the coastal procedure involved throughout the removal of sedimentary rocks as well as components across the coastline. Those same eroded components are sooner or later transferred to different sites by ocean currents. Throughout terms of direction, destructive waves seem to be the primary culprit of coastal erosion even though individuals start breaking down rock formations across the coastline.weather patterns are largely determined in the ________.
Answers
Answer:
lowest level of the atmosphere
Explanation:
The reason why its found in the lowest lvl is mainly because 99% of the water vapor in the atmosphere is found in the troposphere(lowest level)
quizlet complete the calculation using average values for the thickness of continental and oceanic crust, and for the density of the mantle. afterward, try it again using the minimum and maximum values and compare how the answer changes. round your answers to two decimal places (e.g. 4.01).
Answers
Ocеanic crust is substantially thinnеr, with an avеragе thicknеss of only 6 km (4 milеs), comparеd to thе mеan thicknеss of thе continеntal crust of 40 km (25 milеs).
Thе еffеct of varying lithosphеric rock dеnsitiеs can bе sееn in thе variations in thе avеragе altitudеs of thе continеntal and ocеanic crust.
Ocеanic and continеntal crust arе thе two main variеtiеs, and thеy arе both diffеrеnt in a variеty of ways. In comparison to ocеanic crust, which is typically 5-10 km thick, continеntal crust is oftеn 20–70 km thick. Ocеanic crust is morе rеcеnt and has a dеnsity of 3 g/cm³, whеrеas continеntal crust is oldеr and lеss dеnsе (2.7 g/cm³).
Thе crust of thе ocеans is typically 6 km thick and significantly thinnеr than thе crust of thе continеnts.
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Florida Earthquake History United States Geological Survey Although Florida is not usually considered to be a state subject to earthquakes, several minor shocks have occurred there. Only one of these caused damage. Additional shocks of doubtful seismic origin also are listed in earthquake documents. A shock occurred near St. Augustine, in the northeast part of the State, in January 1879. The Nation's oldest permanent settlement, founded by Spain in 1565, reported that heavy shaking knocked plaster from walls and articles from shelves. Similar effects were noted at Daytona Beach, 50 miles south. At Tampa, the southernmost point of the felt area, the trembling was preceded by a rumbling sound at 11:30 p.m. Two shocks were reported in other areas, at 11:45 p.m. and 11:55 p.m. The tremor was felt through north and central Florida, and at Savannah, Georgia. In January 1880, Cuba was the center of two strong earthquakes that sent severe shock waves through the town of Key West, Florida. The tremors occurred at 11 p.m. on January 22 and at 4 a.m. on the 23rd. At Buelta Abajo and San Christobal, Cuba, many buildings were thrown down and some people were killed. The next tremor to be felt by Floridians also centered outside the State. It was the famous Charleston, South Carolina, shock in August 1886. The shock was felt throughout northern Florida, ringing church bells at St. Augustine and severely jolting other towns along that section of Florida's east coast. Jacksonville residents felt many of the strong aftershocks that occurred in September, October, and November 1886. On June 20, 1893, Jacksonville experienced another slight shock, apparently local, that lasted about 10 seconds. Another minor earthquake shook Jacksonville at 11:15 a.m., October 31, 1900. It caused no damage. A sudden jar caused doors and windows to rattle at Captiva in November 1948. The apparent earthquake was accompanied by sounds like distant heavy explosions. Captiva is located on Captiva Island, in the Gulf west of Fort Myers. On November 18, 1952, a slight tremor was felt by many at Quincy, a small town about 20 miles northwest of Tallahassee. Windows and doors rattled, but no serious effects were noted. One source notes, "The shock interfered with writing of a parking ticket." It didn't say in what way. The three Florida shocks of doubtful seismic origin rumbled through the Everglades - La Belle - Fort Myers area in July 1930, Tampa in December 1940, and the Miami - Everglades - Fort Myers area in January 1942. Most authorities attribute these incidents to blasting, but a few contend they were seismic. http://earthquake.usgs.gov/earthquakes/states/florida/history.php Abridged from Earthquake Information Bulletin, Volume 3, Number 5, September-October 1971. USGS Read the paragraph and answer the question: The next tremor to be felt by Floridians also centered outside the state. It was the famous Charleston, South Carolina, shock in August 1886. The shock was felt throughout northern Florida, ringing church bells at St. Augustine and severely jolting other towns along that section of Florida's east coast. Jacksonville residents felt many of the strong aftershocks that occurred in September, October, and November 1886. Which idea can be inferred from the Charleston earthquake? (1 point) Group of answer choices A. Aftershocks are sometimes more destructive than the original earthquake. B. Most authorities do not believe the reports of multiple aftershocks in Jacksonville. C. Strong earthquakes can cause aftershocks that may continue to happen for years. D. The bigger the earthquake, the more likely there will be multiple aftershocks.
Answers
Answer:
b
Explanation:
how to make contact with God?????????☠️
Answers
Wait like 70-80 years