Answer: The prosecutor in the case wanted the tapes because he believed that they contained conversations that described illegal activities of President Nixon and his aides.
Which traits did Glyptodon have? Select the traits you can observe on the fossil. it's science by the way
The trait that describe glyptodons was that they had tortoise-like body armour that was made of bone segments called osteoderms or scutes. With this protection, they were armored like turtles, but unlike most turtles, could not withdraw their heads.
What best can we describe Glyptodon fossil?Glyptodon, genus of extinct giant mammals related to modern armadillos discovered as fossils in North and South American deposits dating from the Pliocene and Pleistocene epochs (5.3 million to 11,700 years ago). Glyptodon and its close relatives, the glyptodonts, were encased from head to tail in thick, protective armour resembling the shell of a turtle but made of bony plates similar to an armadillo's covering.
The body shell alone was 1.5 metres long (5 feet). The tail, which was also armored, could be used as a lethal club; indeed, in some Glyptodon relatives, the tip of the tail was a knob of bone that was sometimes spiked. Glyptodonts ate almost anything, including plants, carrion, and insects.
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What
characteristics would you expect nonrenewable/sustainable energy sources to have?
Resources are characterised as renewable or nonrenewable; a renewable aid can fill up itself at the price it is used, while a nonrenewable resource has a confined supply.
Renewable assets include timber, wind, and solar while nonrenewable assets encompass coal and natural gas.
What are the 4 fundamental of non-renewable resources?This ability that nonrenewable resources are constrained in furnish and cannot be used sustainably. There are four primary types of nonrenewable resources: oil, herbal gas, coal, and nuclear energy. Oil, natural gas, and coal are collectively called fossil fuels.
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https://brainly.com/question/24514288#SPJ13the photo above shows exposed sandstone strata on the olympic peninsula in washington state. select all of the following statements that are true. group of answer choices layer a is the oldest marked layer layer b is the youngest marked layer layer c is the oldest marked layer regional pressures have deformed or tilted this rock formation we know that layer b is between the ages of layers a and c, but cannot say whether layer a or layer c is oldest from the information provided.
C, but cannot say whether layer a or layer c is the oldest from the information provided.
In geology and related sciences, a stratum is a layer of rock or sediment that is distinguished from other layers by lithologic characteristics or characteristics that are visible surfaces known as bedding surfaces or bedding planes. The term "sandstone" refers to a layered rock made up of sand grains, mostly quartz, that range in size from the size of a pea down, are more or less rounded, and are held together by pressure and a naturally occurring cement, such as silica, calcite, iron oxide, or clay-like substance.
Different levels of flats are referred to as stratum. In order to deal with the legal ownership of apartment blocks better, strata title was first implemented in the Australian state of New South Wales in 1961.
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1. Construct an explanation about how the technology you researched can help forecast the likelihood of a future volcanic eruption.
Volcanic eruptions are natural phenomena that can have significant impacts on surrounding communities and the environment. To forecast the likelihood of a future volcanic eruption, scientists and researchers rely on advanced technologies and monitoring systems that provide valuable data and insights. One such technology is volcano monitoring through the use of seismometers, gas sensors, satellite imagery, and thermal cameras.
Seismometers are instrumental in detecting and measuring ground vibrations caused by volcanic activity. By analyzing the seismic waves, scientists can identify patterns and changes in volcanic behavior that indicate potential eruptions. These devices help in understanding the movement and pressure of magma beneath the Earth's surface.
Gas sensors are used to measure the composition and concentration of gases emitted by volcanoes. Volcanoes release various gases, including sulfur dioxide, carbon dioxide, and water vapor, which can indicate changes in volcanic activity. Monitoring these gas emissions can provide important clues about the buildup of magma and the potential for an eruption.
Satellite imagery and thermal cameras play a crucial role in monitoring volcanoes from a distance. They provide high-resolution images that help identify changes in the shape, temperature, and gas emissions of a volcano. Thermal cameras can detect heat anomalies and hotspots, indicating the movement of magma or the presence of lava.
Additionally, advanced technologies like remote sensing, data modeling, and machine learning algorithms are employed to analyze large volumes of data and identify patterns that may precede volcanic eruptions. By integrating multiple data sources and applying predictive models, scientists can enhance their understanding of volcanic behavior and make more accurate forecasts regarding eruption likelihood.
By leveraging these technologies, scientists can continuously monitor and analyze volcanic activity, detect early warning signs, and assess the risk level of potential eruptions. This information is crucial for informing local communities, authorities, and emergency response teams, allowing them to take proactive measures to mitigate risks, evacuate affected areas, and ensure public safety.
In summary, the technology used for forecasting volcanic eruptions, including seismometers, gas sensors, satellite imagery, thermal cameras, and advanced data analysis techniques, greatly contributes to our ability to monitor volcanic activity and make informed predictions about the likelihood of future eruptions. These technologies play a vital role in protecting lives, property, and infrastructure in volcanic regions around the world.
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soil is not nessesarily productive soil. Why?
Soil may not be productive soil due to factors like nutrient deficiency, poor structure, environmental conditions, and human activities.
Soil may not necessarily be productive soil due to several factors. One key factor is the soil's composition and fertility. If the soil lacks essential nutrients or has a poor nutrient balance, it may not support optimal plant growth and productivity. Additionally, soil structure and texture play a role. Compacted or heavy clay soils can restrict root growth and limit water and nutrient availability to plants. Soil pH levels also influence productivity, as certain plants thrive in specific pH ranges. Furthermore, environmental factors such as inadequate moisture, extreme temperatures, or high salinity can negatively impact soil productivity. Human activities, such as overuse, improper irrigation, and chemical contamination, can further degrade soil quality and reduce its productivity.In conclusion, the productivity of soil can be affected by various factors, including its nutrient content, structure, environmental conditions, and human-induced impacts, emphasizing the importance of proper soil management and conservation practices for sustainable agricultural productivity.
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Which example best illustrates a way in which land is being used as a resource for the benefit of humans?
A. The Rocky Mountains are home to several endangered species of predatory birds.
B. The waters around Australia are home to the world’s largest coral reefs.
C. Scientists have now created an artificial fuel that will replace the use of coal as a fuel.
D. Land in a hilly valley is flattened to make building and road construction much easier.
Answer:
D
Explanation:
which rock is used for manufacturing of pencil
Answer:
Graphite is used for manufacturing of pencil.p
Answer:
Graphite
Explanation:
Pencils have cores made from powdered graphite (not lead) fired with clay, which varies in hardness. The type of graphite used in pencils is relatively soft and malleable, a little like lead, and was mistakenly thought to be a form of lead when first discovered.
what makes the winds and ocean currents not move in straight lines as they move from pole to equator or back?
Answer:
Because the Earth rotates on its axis, circulating air is deflected toward the right in the Northern Hemisphere and toward the left in the Southern Hemisphere. This deflection is called the Coriolis effect. Click the image for a larger view. Coastal currents are affected by local winds.
Explanation:
Answer:
Because the Earth rotates on its axis, circulating air is deflected toward the right in the Northern Hemisphere and toward the left in the Southern Hemisphere. This deflection is called the Coriolis effect. Click the image for a larger view. Coastal currents are affected by local winds.
Explanation:
I hope this helps?
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In 6 senctences write a paragraph about facts about planets
and 6 sentences about outer space
Answer: I gotchu! :)
Explanation:
Planets are celestial bodies that orbit around stars and do not produce their own light. There are eight planets in our solar system, with the largest being Jupiter and the smallest being Mercury. All planets, except for Mercury and Venus, have one or more moons. Planets are differentiated based on their characteristics, such as their size, distance from the sun, and composition. For example, terrestrial planets, such as Earth and Mars, are made up of rock and metal, while gas giants, such as Jupiter and Saturn, are primarily composed of hydrogen and helium.Outer space is the vast expanse beyond Earth's atmosphere that contains everything in the universe, including planets, stars, galaxies, and other celestial bodies. It is mostly a vacuum, with very little matter present in it. The temperature in outer space varies widely, from millions of degrees near stars to just a few degrees above absolute zero in the voids between galaxies. Outer space is not completely empty, as it is filled with particles, such as cosmic rays and solar wind, which can pose a danger to astronauts and spacecraft. Additionally, outer space is also home to numerous natural phenomena, such as black holes, supernovae, and gamma ray bursts, that continue to fascinate and challenge scientists.
Answer: Mercury is the smallest planet in our solar system, and it is shrinking every day.Venus is the brightest natural object in the sky after the moon. Earth is the only planet proven to have life. Mars, the red planet, is named after the Roman god of war.Jupiter is the largest planet in the solar system so big that it would fit every other planet inside it twice! Saturn has a whopping 82 moons.Uranus is the coldest planet in the solar system.
Explanation:
There is no atmosphere in space, which means that sound has no medium or way to travel to be heard. Venus is the hottest planet in the solar system and has an average surface temperature of around 450° C.The Sun accounts for 99.86% of the mass in our solar system with a mass of around 330,000 times that of Earth. The Sun is large enough that approximately 1.3 million Earths could fit inside or if the Earths retained their spherical shape then 960,000 would fit. he universe extends far beyond our own galaxy, The Milky Way, which is why scientists can only estimate how many stars are in space. Venus has a slow axis rotation which takes 243 Earth days to complete its day.
Which themes of geography are best illustrated in the description below?
"My grandfather migrated from Paris, France, to Lowell, Massachusetts, in 1901."
• A. Movement and location
• B. Location and region
• C. Movement and place
• D. Human-environment interaction and region
Between 1900 and 1930, more than 1.5 million Americans moved from the rural south to the northern states, which caused a swelling of various urban populations in the north. because of the Human-environment interaction and. Thus option (D) is correct.
What is human-environment interaction?
Human-environment interaction benefits humans because of the influence in food, outfit, safety, and way of living.
People change the environment for their purposes and receive benefits from it, this is known as Ecosystem Services.
These Ecosystem Services are necessary for the social well-being and combine the requirement of sources like water, forest, food, energy, knowledge, area of agriculture and various other facilities.
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what is demographic measures?
Demographic measures are questions that allow pollsters and other survey researchers to identify nonopin-ion characteristics of a respondent, such as age, race, and educational attainment.
Explanation:
sorry if wouldn't help
#ty #Mrs_J.rwhat is an archipelago
Answer:
An archipelago is a group of islands that are close to each other and may be part of a larger body of land. The islands may be volcanic, continental, or a combination of these. They may be formed by erosion, accumulation of sand and gravel, or through other geological processes.
how is the sun the major source in the water cycle
Answer:
The sun is what makes the water cycle work. The sun provides what almost everything on Earth needs to goenergy, or heat. Heat causes liquid and frozen water to evaporate into water vapor gas, which rises high in the sky to form clouds... clouds that move over the globe and drop rain and snow.
Explanation:
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what is stream gradient of 200 meter and 400 km
Answer:
0.5 m/km
Explanation:
EXPLAIN 5 ways that latitude can impact our lives.
Answer:
Explanation:
Latitude is basically the measurement of distance on a map of the earth's surface location of north or south of the Equator which is expressed in angular measurements from 0 degrees at the Equator to 90 degrees (i.e 90° North or 90° South). Latitudes are used interwoven with longitude.
Latitude can impact our lives in various ways:
Help in pinpointing the exact location of each point on the earth which allows human beings to know where we are.
Helps in determining the climatic situation of a region due to their geographic location
Extremely important for/in GPS
Helps in determining times (zone)and dates
Extremely useful for many fields that deal with the earth and outer space to some extent such as astronomy in their astronomical observations, geologist, etc, and sailors to navigate.
the following map depicts the results of the presidential election of 1840. drag the following labels onto the map to identify the state that yielded the most electoral votes for harrison and the state that yielded the most votes for van buren.
HARRISON: NY and BUREN: VA. The province of New York yielded the most appointive decisions in favor of Harrison in the 1840 official political race, while the territory of Virginia yielded the most decisions in favor of Van Buren.
The US official appointment of 1840 was won by William Henry Harrison, a Whig Party competitor.
The political decision was critical as it denoted the conclusion of the age of positive sentiments and the beginning of the two-party framework in the U.S. In this political decision, New York yielded the most discretionary decisions in favor of Harrison, while Virginia yielded the most decisions in favor of Martin Van Buren, the Vote based competitor.
The political decision was portrayed by a mission that was centered around characters as opposed to strategies, with the two competitors attempting to speak to electors by featuring their tactical accomplishments. Notwithstanding this, Harrison won the political decision, getting 234 electing votes to Van Buren's 60.
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What forms the eastern tectonic boundary of the North American plate?
to the east the north American shares the mid atlantic ridge with the Eurasian plate
what are the industrial pollutants that causes global warming?
Answer:
well for me I think they are
Explanation:
CFC
green house gases
Where exactly did the event the article discusses take place The pigeon Hero of WWI
Answer:
This article tells the story of Cher Ami, a carrier pigeon that saved the lives of nearly 200 American soldiers during World War I. The article should help students understand what it was like to be a soldier during World War I. A timeline helps students understand how animals have served the military throughout history.
Explanation:
In which triangle is the value of x equal to tan−1(StartFraction 3.1 Over 5.2 EndFraction)?
(Images may not be drawn to scale.)
A right triangle is shown. The length of the hypotenuse is 5.2 and the length of the side adjacent to the right angle is 3.1. The angle between the 2 sides is x.
A right triangle is shown. The length of the hypotenuse is 5.2 and the length of the side adjacent to the right angle is 3.1. The angle opposite to side with length 3.1 is x.
A right triangle is shown. The length of 2 sides are 5.2 and 3.1. The angle opposite to side with length 5.2 is x.
A right triangle is shown. The length of 2 sides are 5.2 and 3.1. The angle opposite to side with length 3.1 is x.
Option b. A right triangle is shown. The length of the hypotenuse is 5.2 and the length of the side adjacent to the right angle is 3.1. The angle opposite to side with length 3.1 is x.
To determine which triangle has an angle equal to arctan(3.1/5.2), we need to understand the relationship between trigonometric functions and the sides of a right triangle.
The tangent function (tan) is defined as the ratio of the length of the side opposite an angle to the length of the side adjacent to that angle. In this case, arctan(3.1/5.2) represents the angle whose tangent is 3.1/5.2.
Considering the given options:
a. In this triangle, the side adjacent to the right angle is 3.1 and the hypotenuse is 5.2. The angle between these two sides is not x. Therefore, option a can be ruled out.
b. In this triangle, the side adjacent to the right angle is 3.1, and the angle opposite to that side is x. This matches the angle for which we need to find the tangent. Hence, option b is the correct choice.
c. In this triangle, the side opposite the angle x is 3.1, and the hypotenuse is 5.2. This does not match the given tangent value. Thus, option c can be eliminated.
d. In this triangle, the side opposite the angle x is 3.1, and the side adjacent to the right angle is 5.2. This does not correspond to the given tangent value. Therefore, option d is incorrect.
In conclusion, option b is the triangle in which the value of x is equal to arctan(3.1/5.2).
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Explain the qualifications, responsibilities, and limits of the United Nations secretary-general.
Form the union for the following sets.
R = {10, 15, 20}
S = {20, 25}
R ∪ S =
{10, 15, 20, 25}
{20}
{ }
{10, 15, 25}
Answer:
10,15,20,25
Explanation:
union mean the combination of all
HELP PLS ! What causes the frequent migration of animals in Africa?
A. Global climate change
B. Political boundaries drawn by colonizers
C. Genocides
D. Water sources changing locations frequently
Introduction: Discussion on the different types of droughts Paragraph 1: How can droughts be triggered by: ● Physical(natural) conditions Human activities Paragraph 2: Outline the Negative impact of droughts on: ● The Economy of South Africa The Farmers of South Africa Paragraph 3: Discuss drought prevention and drought preparation strategies Paragraph 4: What is the relationship between Climate change and the regularity of droughts Conclusion/Summary: What is the way forward regarding droughts for the government and the people of South Africa
Droughts may be prompted by tangible/natural environments in the way that lack of precipitation, extreme hotnesses, and reduced humidity, in addition to by human exercises to a degree of clear-cutting, overgrazing, and overdone water custom.
What are the negative impacts?The negative impacts of droughts in South Africa are important and involve a decline in frugality on account of decreased land output, the misfortune of salary for ranchers, and raised meal prices.
Strategies for dryness prevention and readiness involve water preservation, tenable land use practices, and adept watering systems. Climate change has existed connected to the growing evenness of drynesses in South Africa. The administration and people of South Africa need to agree to implement tenable measures to check the impacts of drynesses.
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recommend on illegal electricity
formation of Valley landscape
Answer:
Most valleys are formed by erosion of the land surface by rivers or streams over a very long period of time. Some valleys are formed through erosion by glacial ice. These glaciers may remain present in valleys in high mountain or polar areas.
Domesticated plants and animals moved east and west more easily than north or south because:
a. most rivers run east and west
b. the sun moves east to west
c. weather patterns move west to east
d. climate is more constant east to west
Domesticated plants and animals moved east and west more easily than north or south because climate is more constant east to west which is option d.
What comprises a climate?Climate is the typical weather in a region over an extended period of time. A description of a climate typically includes details such as the average temperature during various seasons, rainfall, and sunshine. In many cases, a description of the (probability of) extremes is also included.
What is an illustration of climate?Weather is the average of the climate. For instance, you can anticipate snowfall in the Northeast in January or sweltering heat in the Southeast in July. This is the weather. The climate record also contains extreme values, such as record-breaking high temperatures or rainfall totals.
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How does fourth industrial revolution affect?
Answer:
fourth industrial revolution affect by reducing the road fatalities and insurance costs, and carbon emissions. This driving innovation across growing numbers of products and services, and the more data you have, the better the predictions get.Machine learning algorithms can analyze these billions of transactions and variables to make businesses smarter. They can help businesses anticipate trends in consumer demands, personalize promotions for individual customers, and optimize pricing. But sometimes There are some hefty moral and ethical implications for many things.
Explanation:
Discuss the conflict between oil and gas and fishing in the western region of Ghana
What is the difference between longshore currents and beach drift
Answer:
Explanation:
Longshore currents and beach drift are two types of coastal currents that move sediment along the shoreline, but they differ in their direction and speed.
Longshore currents are generally fast, narrow currents that flow parallel to the shoreline, within the surf zone. They are caused by the oblique angle at which waves approach the shoreline, which generates a net water movement in the same direction as the waves. Longshore currents can transport sediment, such as sand and gravel, along the coast, and can be strong enough to create rip currents, which can be dangerous for swimmers.
Beach drift, on the other hand, is a slower and more diffuse current that moves sediment in a zigzag pattern along the shoreline. Beach drift is driven by the swash and backwash of waves, which transport sediment up and down the beach. The direction of beach drift is determined by the angle of the waves and the shape of the shoreline. As sediment is moved by the swash and backwash, it is deposited in different areas along the beach, leading to the formation of sand bars, spits, and other coastal landforms.
Overall, longshore currents and beach drift are both important processes that move sediment along the shoreline, but they differ in their direction and speed, as well as their mechanisms of sediment transport. Longshore currents are faster and more directed, while beach drift is slower and more diffuse. Both processes can have significant impacts on coastal landforms and the ecology of the coast.
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