Answer:
False
Explanation:
Although metamorphic rocks typically form deep in the planet's crust, they are often exposed on the surface of the Earth. This happens due to geologic uplift and the erosion of the rock and soil above them.Oct 10, 2019
which planet do most known extrasolar planets least resemble
Answer:
They least resemble rocky planets like: Venus, Earth and Mars, particularly they least resemble planets that we would consider as possible life sustaining planets.
Explanation:
Most of the extra-solar planets that have been discovered are most like the planet Jupiter or Neptune in our solar system.
This is the only large-scale bronze sculpture of an emperor on his horse to survive from antiquity.
Equestrian Sculpture of Marcus Aurelius, c. 173-76 C.E. (Capitoline Museums, Rome)Choose 1 answer:
Select one:
True
False
Equestrian Sculpture of Marcus Aurelius is the only large-scale bronze sculpture of an emperor on his horse to survive from antiquity.
Thus, the correct option is True.
What was Equestrian Sculpture?
It's an illustration meant to show the Emperor as supremely victorious. According to medieval chronicles, it is assumed that the sculpture once included a vanquished foe.
According to the tales, there was once a figure of a tied barbarian chieftain hiding under the horse's front right leg.
Marcus Aurelius Statue on Horseback, 1757. Hubert Robert, a painter and draftsman who studied for eleven years at the French Academy in Rome (1754-65), is renowned for his picturesque capriccios, or views of the city that combine actual and imagined antique monuments.
From the most delicate and compassionate to the most violent and exuberant, it has been used to represent a wide range of human emotions and moods.
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What is/are one of the environment waste products of nuclear energy
Answer:
Ratiation poisaning
Explanation:
Earth's tilt on its axis causes which condition at location X on its surface?
Group of answer choices
long daylight hours
solar eclipse
low tides
winter
Answer: D
winter
Explanation:
How are countries in the European Union linked
The countries in the European Union are linked as most of them share the same currency and they allow people to move easily between the countries.
Although all European nations are part of the financial and economic Union, 19 of them have changed their national currencies with the single forex – the euro. These EU international locations shape the euro location, additionally referred to as the eurozone.
The EU Union is based on the rule of thumb of regulation. This means every movement taken through the EU is founded on treaties that have been permitted voluntarily and democratically via all ECU nations. The treaties are negotiated and agreed upon by way of all the EU Member States and then ratified via their parliaments or via referendum.
The European Union is a supranational political and monetary union of 27 member states which can be located usually in Europe. The union has a complete region of 4,233,255.3 km² and an expected general populace of approximately 447 million.
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what time will it be at 120⁰W ,if it is 11 am on tuesday at 0⁰ longitude
If it is 11 am on Tuesday at 0⁰ longitude, subtracting 8 hours would give us 3 am on Tuesday at 120⁰W.
How to find the timeTo determine the time at a specific longitude, we need to consider the concept of time zones and calculate the time difference based on the number of degrees of longitude.
Every 15 degrees of longitude corresponds to a time difference of 1 hour. Since there are 360 degrees of longitude in a full circle around the Earth, we can calculate the time difference between two longitudes using the following formula:
Time Difference = (Longitude Difference / 15) * Time Zone Conversion Factor
Longitude Difference = 120⁰W - 0⁰ = -120⁰
Time Zone Conversion Factor = 1 hour per 15 degrees of longitude
Time Difference = (-120 / 15) * 1 = -8 hours
Since the time at 0⁰ longitude is 11 am on Tuesday, to find the time at 120⁰W, we need to subtract 8 hours.
11 am - 8 hours = 3 am
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What do you think it was like during “The Golden Age of Greece”?
List each of the planets and their maximum and minimum travel times for messages on the radio to earth.
The maximum and minimum travel times for messages on the radio to Earth for each planet are as follows:
Mercury: Max travel time: About 14 minutes Minimum travel time: About 4.5 minutes
Venus: Max travel time: About 8 minutes Minimum travel time: About 6 minutes
Mars: Max travel time: About 24 minutes Minimum travel time: About 4 minutes
Jupiter: Max travel time: About 52 minutes Minimum travel time: About 35 minutes
Saturn: Max travel time: About 1 hour and 23 minutes Minimum travel time: About 1 hour and 7 minutes
Uranus: Max travel time: About 2 hours and 40 minutes Minimum travel time: About 2 hours and 3 minutes
Neptune: Max travel time: About 4 hours and 9 minutes Minimum travel time: About 4 hours and 1 minute
The reason why radio signals from space take different amounts of time to reach Earth is due to the vast distances between the planets and Earth. The farther away the planet is from Earth, the longer it takes for the radio signals to reach us.
Another factor that can affect the travel time of radio signals is the relative positions of the planets at the time the signals are sent. Sometimes, the planets are aligned in such a way that the travel time is minimized, while at other times, the alignment may lead to longer travel times.
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Based on your answer, do you think this is a star that we might be able to send a space probe to? Why, or why not?
Yes I think is a star that we might be able to send a space probe to because the closest star to our solar system is Proxima Centauri, located about 4.24 light-years away. While it is the closest star, the distance is still immense.
To put it into perspective, if we were to travel at the fastest speed achieved by a human-made spacecraft (Voyager 1), it would take over 73,000 years to reach Proxima Centauri. Therefore, with our current technology, reaching even the nearest star within a human lifespan is not feasible.
However, it's important to note that space exploration and technology are constantly advancing. In the future, it's possible that new propulsion methods or revolutionary technologies could emerge, enabling us to contemplate interstellar missions. But as of now, sending a space probe to a distant star remains beyond our practical capabilities.
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The following question may be like this:
Do you think is a star that we might be able to send a space probe to? Why, or why not? explain
8. What occurs when a large number of people migrate from one country?
Pasha's pen pal Diya wants to move from India to a warm climate in Georgia.
She is a marine biologist who studies sea turtles. She wants to move to a
region in Georgia where she can continue working with sea animals and take
up the hobby of peanut farming. What region in Georgia should Pasha
recommend to Diya?
A. Peidmont
B. Coastal Plains
C. Blue Ridge
D. Appalachian Plateau
Answer:
B. Coastal Plains
Explanation:
Among the choices mentioned, it is only the "Coastal Plains" that can satisfy Diya's desires of continuing to work with sea animals and taking up the hobby of peanut farming.
Georgia's Coastal Plain is located near the ocean, thus different kinds of marine life are easily accessible for Diya's study. Surely, sea turtles are part of it. The Coastal Plains' inner area is great for farming and planting different crops (including peanuts). So, this will satisfy Diya's hobby of peanut farming.
Draw or explain how a model representing the movement of earth and the sun could be used to predict future seasons?
A common way to represent the movement of the Earth and Sun is to use a model called an orrery, which is a mechanical model that demonstrates the relative positions and motions of the Earth and Sun, as well as the other planets in the solar system. The orrery typically consists of a central Sun, surrounded by rotating spheres that represent the planets, including the Earth.
To use an orrery to predict future seasons, you would need to understand the basic principles of how the Earth's position relative to the Sun affects the seasons. As the Earth orbits the Sun, its axial tilt causes different parts of the Earth to receive different amounts of sunlight at different times of the year. This results in the changing of the seasons, with winter occurring when a hemisphere is tilted away from the Sun, and summer occurring when a hemisphere is tilted towards the Sun.
To predict future seasons using an orrery, you would need to adjust the position of the Earth relative to the Sun to represent the changing seasons. For example, to represent the summer solstice (the longest day of the year in the Northern Hemisphere), you would tilt the Earth's axis towards the Sun and position the Earth so that it is closer to the Sun. Similarly, to represent the winter solstice (the shortest day of the year in the Northern Hemisphere), you would tilt the Earth's axis away from the Sun and position the Earth so that it is farther away from the Sun.
By adjusting the position of the Earth relative to the Sun in the orrery, you can predict the changing of the seasons over time. This can be a useful tool for understanding how the Earth's position in the solar system affects the climate and weather patterns on Earth.
Which of the following countries is an important center for film and fashion within Africa?
-Madagascar
-Nigeria
-Liberia
Answer:
nigeria
Explanation:
which of the following measures attempts to combine morbidity and mortality from disease, the number of years of life lost from premature death, and the loss of health from disease and disability.
The Disability Adjusted Life Year (DALY) measure is an attempt to combine morbidity and mortality from disease, the number of years of life lost from premature death, and the loss of health from disease and disability.
The question is asking what is the measure that attempts to combine morbidity and mortality from disease, the number of years of life lost from premature death, and the loss of health from disease and disability.
It is a measure of the overall burden of disease and is used to compare the relative health of different populations. DALYs are used to compare the burden of different diseases and to inform policy decisions about how to allocate health-care resources. DALYs are calculated by multiplying the years of life lost due to premature death with a disability weight, and then adding the number of years of life with a disability. The disability weight is a measure of the severity of the disability, ranging from 0 (no disability) to 1 (worst disability).
The Disability Adjusted Life Year (DALY) measure is an attempt to combine morbidity and mortality from disease, the number of years of life lost from premature death, and the loss of health from disease and disability.
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What ended the bóxer rebellion?
The Boxer Rebellion, which took place in China from 1899 to 1901, was brought to an end by the Eight-Nation Alliance.
How was the Boxer Rebellion ended ?As the Boxers besieged foreign legations in Beijing, an international force known as the Eight-Nation Alliance consisting of troops from eight countries (Austria-Hungary, France, Germany, Italy, Japan, Russia, the United Kingdom, and the United States) intervened to rescue the besieged foreigners. The alliance forces launched a joint military campaign, relieving the legations and capturing Beijing.
The Battle of Peking was a key military confrontation between the Eight-Nation Alliance and the Boxers and Qing imperial troops. The alliance forces successfully defeated the Boxers and captured Beijing, leading to the collapse of the rebellion's stronghold.
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How do you use longitude and latitude to determine the weather and climate of a place
Longitude and Latitudes are used to locate points and make up the grid system that helps humans identify absolute, or exact, determine the weather and climate, locations on the Earth's surface.
Longitude is a geographic coordinate that specifies the east-west position of a point on the surface of the Earth and is measured in angles ranging from 0° at the Prime Meridian to 180° at the International Date Line. It has minimal effect on the weather and climate of a region, it indirectly affects them due to the eastward or westward movement of air masses.
Latitude is the horizontal line that represents the distance of any point, north or south of the equator, its direction is east to west. It is an important factor influencing the climate of a region because different latitudes receive different amounts of solar radiation. As the latitude increases, the sun shines more obliquely and provides less warming energy. The equator faces the sun directly, and as a result, the climate is warm year-round. At the poles, winter and summer temperatures show a wider variation.
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Longitude and latitude are used to find points and form the grid system that allows humans to identify absolute, or exact, weather and climate-determining places on the Earth's surface.
What is climate?The climate is the long-term activity of weather in a particular area. Weather can change from hour-to-hour, day-to-day, month-to-month, or even year-to-year. A region's weather patterns, usually tracked for fewer than many years, are considered its climate. The Austin colony adapted to the climate conditions in Texas by building homes with a central breezeway there are different types of climate conditions that are there for a better environment, and
the condition for living needs to be there in it. For many places, the different places are there in it. They have been there for better work. Longitude is a geographic coordinate that describes a point's east-west position on the Earth's surface and is measured in angles ranging from 0° at the Prime Meridian to 180° at the International Date Line.
Therefore, exact, weather and climate-determining places on the Earth's surface.
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nitrogen is an important gas of animals. 1)Agree (true) 2) Disagree (false)
Answer:
true
Explanation:
Where are earthquakes and volcanos most likely to occur?
plate boundaries
hot spots
within oceanic plates
continental boundaries
Answer:
plate boundaries
Explanation:
Volcanoes and earthquakes are most likely to form along plate boundaries.
Earthquakes:
An earthquake is generated when two plates move relative to each other. The earthquake itself, is the movement felt on the surface caused by the movement of the tectonic plates at their boundaries. There are a few different types of plate boundaries, NOAA does a great job giving a brief description of each here:
http://oceanexplorer.noaa.gov/facts/plate-boundaries.html
Mt. McKinley and the Mississippi River are located on
Answer:
South central Alaska?
Explanation:
could be wrong since there was no options to choose from, hope this helps!
Answer:
North America
Explanation:
Place the letters A-M in order from youngest to oldest event. Write a narrative for the events that occurred.
An orderly sequence of events is known as chronology. It is also a system that figures out when certain things happened. To put it another way, chronology is the arrangement of events according to when they happened.
Two distinct meanings can be conveyed through the use of chronology:
Schedule TimelineExample: Iranians have utilized a Persian chronology in which the names of the months are written in Persian since the time of the Persian Empire; On March 21, the first day of the year is celebrated as Nowruz.
Calendar is referred to as chronology in this example. The phrase could be rephrased as follows:
Iranians have used a Persian calendar with Persian month names since the time of the Persian Empire; On March 21, the first day of the year is celebrated as Nowruz.
Example: Dust Tracks on a Street by Zora Neale Hurston is a sequence of the significant occasions of her life; that is, it is her memoir.
The term "chronology" refers to a timeline in this example. The story begins with Hurston's birth in 1891 and continues until her death in 1960.
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how did the plate tectonics theory continuous movement of the tectonic plates???
Which of these statements best describes tides?
a water level lower than the average water level
a water level higher than the average water level
changes in water level that happen when Earth, the sun, and the moon
form a straight line
O
the periodic rise and fall of water levels in the oceans and other large
bodies of water
the periodic rise and fall of water levels in the oceans and other large
bodies of water.
Refereeing the following publication from Foreign Affairs journal: FA-The Inevitable Rivalry.
In your initial post of min 200 words, discuss the following questions:
1 - Do you agree or disagree with the opinions expressed in the article?
2- In your opinion, which countries will be the new global winner?
Academics frequently refer to China, France, Russia, the United Kingdom, and the United States as "great powers" because of "their political and economic dominance of the global arena."
How does China's foreign policy operate?China wants to settle its international disputes through peaceful negotiations and consultations. China does not settle international disputes using force or the threat of force. To protect its own sovereignty and territorial integrity, China maintains a reasonable national military buildup. China established diplomatic ties with five countries in the South Pacific, including Fiji and Papua New Guinea, as well as seven nations in West Asia and the Middle East, including Kuwait, Iran, Turkey, and Malaysia in Southeast Asia and South Asia.
The points made in the article are ones that I agree with.
The new global champion will be China.
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Question 8
Review
Which activity could best prepare residents along the Mediterranean coast to reduce the loss of human life during a future tsunami?
Answer:
The best thing that inhabitants can do to reduce loss of life during a tsunami is to engage in an evacuation drill in some areas that are particularly vulnerable to earthquakes, and therefore, tsunamis. More specifically, these areas would be low lying neighborhoods that border the coasts.
Geographically speaking, Southern Italy and Greece are the most seismic regions of the Mediterranean, so evacuation drills should ideally be held there.
Why are migrant workers attracted to migrating to bahrain, qatar, and kuwait?
Answer:
Explanation:
because money in the following country is have more value than peso
How do scientists use earthquake waves to determine the composition of layers of the earth?
Answer:
The seismic waves are bent, sped up, or slowed down, or even reflected when they pass through the earth's layers. ... Bending of the waves occurs at the layer's boundaries. So, scientists study the path and speed of these waves through the earth to decipher boundaries and the materials that make up the layers.
Explanation:
i looked that up so dont give me credit. also seismic waves are basically the waves that are produced from earthquakes. and not like waves in an ocean itskinda like gravity waves in a way
two hotels and their rules and amenities
Answer:
Personal care (combs, shaving cream, razor, shower cap, hair dryer)
Personal care (combs, shaving cream, razor, shower cap, hair dryer)Coffee Kit (maker, coffee and creamer Tissue box
Personal care (combs, shaving cream, razor, shower cap, hair dryer)Coffee Kit (maker, coffee and creamer Tissue boxBathrobes and slippers
a very large ocean wave caused by an underwater earthquake or volcanic eruption
Answer:
tsunami
Explanation:
What is a a ferrel cell
Answer: Ferrel cell - A mid-latitude atmospheric circulation cell for weather named by Ferrel in the 19th century. In this cell the air flows poleward and eastward near the surface and equatorward and westward at higher levels. Polar cell - Air rises, diverges, and travels toward the poles.
Explanation:
Uhhh help please, fellow people