3. What do you call the monarch or emperor of Russia prior to 1917?
Answers
Answer:
“Emperor” remained the official title for subsequent Russian rulers, but they continued to be known as “tsars” in popular usage until the imperial regime was overthrown by the Russian Revolution of 1917. The last Russian tsar, Nicholas II, was executed by the Soviet government in 1918.
Related Questions
Analiza la siguiente Frase: No todos han Reaccionado bien a la inmigración, hay compatriotas que atribuyen en el sentirse desplazados o interiormente humillados a la presencia de los Caribeños
Answers
Magellan himself died in the philippines. What was the importance of the voyage his crew completed?.
Answers
The importance of the voyage his crew completed was that they became the first to sail around the globe.
What have you learned from Magellan's passage around the world?The passage contributed to Europeans' science of the macrocosm and has marked the worlds of space disquisition and astronomy to this day. While crossing the Magellan Strait, the discoverer and his crew adhered two worlds visible to the eye from the southern semicircle, now known as the Magellanic shadows.
What's the consequence of the first passage around the world?Magellan himself was killed in battle on the passage, but his ambitious passage proved that the globe could be circled by ocean and that the world was much larger than had preliminarily been conceived. In consensus with the history editors, Magellan is the first to compass the globe.
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During the Cold War, the US and USSR had many conflicts, and the Cuban missile crisis nearly led to war. Why did the crisis start? (Site 1)
Answers
Answer:
The US had missiles in Turkey, USSR decided they should place their own missiles near the US territory. Cuba was an ally to the Soviets, hence the crisis began
Answer:
The US had missiles in Turkey, USSR decided they should place their own missiles near the US territory. Cuba was an ally to the Soviets, hence the crisis began.
Explanation:
Which of the following moves at a very slow rate, yet is able to carve new geologic features like mountains and valleys?
OA. earthquakes
OB. glaciers
OC. volcanoes
OD. meteors
Answers
Tectonic Plates The tectonic plate borders on Earth are where the majority of volcanoes form. These plates are enormous slabs of the Earth's upper mantle and crust that fit together like a puzzle. These plates are not stationary; rather, they move slowly and continuously. They only relocate a few cm. annually.
Which has the capacity to sculpt new geological formations like mountains and valleys?
Where two continental plates clash, mountains are created. Due to their identical weight and thickness, neither plate will bury beneath the other. Instead, they fold and collapse, pushing the rocks upward to create a mountain range. Mountains will continue to rise in height as the plates continue to collide.
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A ________ is a desert which is covered with coarse gravel, pebbles, and boulders and from which all sand and dust have been removed.
Answers
Answer:
hi friend ur answer is reg.hope it's helpful to you ❣️✌️
A
B
C
or
D
there is no question just choose
(it's an experiment)
Answers
Answer:
cccccccccccccccccccccccccc
PLEASE HELP I'LL GIVE YOU KITH
Using the information and the GIF provided above, analyze the following statements. Choose the correct statement(s). *
-Geographic locations at higher elevations generally have a lower temperature.
-Geographic locations with high vegetation have an increased amount of precipitation.
-Climates at high altitudes are very warm.
-Tropical climates always experience cold winters.
Answers
Answer:
The first two options are correct.
Geographic locations at higher elevations generally have a lower temperature.Geographic locations with high vegetation have an increased amount of precipitation.what is a hot spot (mantle plume)? explain how these features relate to plate tectonic theory.
Answers
A hot spot, also known as a mantle plume, is a volcanic region on the Earth's surface that is caused by a hot and buoyant material rising from deep within the mantle. This material is much hotter than the surrounding rock and causes the mantle to melt and create magma, which eventually reaches the surface and forms a volcanic eruption.
Hot spots are important in plate tectonic theory because they provide evidence for the movement of the Earth's tectonic plates over time. As the plates move, they can pass over a stationary hot spot, leaving a trail of volcanic islands or seamounts behind them. This is known as the hot spot track, and it is used by geologists to track the movement of the tectonic plates. Hot spots also provide insight into the structure and composition of the Earth's mantle. By studying the volcanic rocks and other materials that are erupted from hot spots, scientists can learn more about the chemical and physical properties of the mantle. Overall, hot spots are an important component of plate tectonic theory, helping to explain the dynamic and ever-changing nature of the Earth's surface.
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Look at where the state of Jalisco is on this plate boundary map. What do you notice about Jalisco and the plate boundaries near it? Can you make any predictions based on what you see?
Answers
Answer:
The Jalisco block plate is moving.
Explanation:
The Jalisco block is situated in the Western Mexican state edging the Pacific ocean. It is one of the most famous destination place in Mexico among the tourists all over the world.
It is also famous among the geologist and the scientist as this place is moving as the Baja island of Mexico. The tectonic plates are shifting in the Jalisco block. Geologist are experimenting to understand the cause of the shifting of this plate in the Jalisco plane. Scientist believes that the formation of the Baja island has formed in the similar way due to divergent movement of the plates.
They are also few earthquake prone areas near Jalsico plate boundary due to the plate movements.
What is the primary unit in the metric system?
The metric system uses the______ as its primary unit for measuring length.
Answers
A meter is slightly larger than a yard stick it is just over 3 foot
Where did a rare tornado touch down in a los angeles suburb, ripping roofs off a line of commercial buildings and sending the debris twisting into the sky and across a city block, injuring one person?
Answers
The National Weather Service confirmed that a tornado had touched down in Montebello at roughly 11.20 a.m. on Wednesday, injuring one person as a result of the severe weather.
LOS ANGELES (AP) – One person was hurt when a rare tornado made landfall in a Los Angeles suburb, ripping the roofs off a row of business buildings and scattering the broken pieces across an entire city block.
According to the weather service, the tornado produced speeds between 86 and 110 mph and was classified as an EF1 on the Enhanced Fujita Scale. (138 kph to 177 kph). Thus, it became the strongest.
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If is parallel to , which statement must be true?
Answers
Answer:
they will never cross
Explanation:
Rocks deformed under low to moderate temperatures (less than 300oc) may develop a planar fabric along which they break called?
Answers
Rocks deformed under low to moderate temperatures may develop a planar fabric along which they break called Rock cleavage.
When heat and pressure produce deformation and metamorphism in fine-grained rocks, a sort of layering or planar structure known as cleavage develops. Geologists refer to specific forms of deformed recurring layers that occur inside the metamorphic rock as foliation, and cleavage is one such type. In fine-grained rocks, cleavage is a kind of secondary foliation characterized by planar fabric components that develop in a preferred orientation.
Several mechanisms work together to create cleft foliation, and these mechanisms rely on the composition of the rock, tectonic movements, and metamorphic processes. The degree and direction of the stress, as well as the ambient pressure and temperature, all affect how a mineral deforms.
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Throughout history, how has the harsh climate of the russian landscape been a benefit to the people?
Answers
The harsh Russian climate has historically protected, preserved food, formed a resilient culture and created a strong sense of resilience among the people.
The Benefits of the Harsh Russian ClimateThe harsh climate of the Russian landscape has been a benefit to the people in many ways throughout history. Firstly, the cold climate has helped to protect the country from invasion by foreign powers, as the terrain and cold temperatures made it difficult for armies to march through the region. Secondly, the extreme temperatures created the perfect environment for preserving food for long periods of time, which was essential for the survival of the people over the long, harsh winters. Thirdly, the cold climate and vast landmass allowed the Russian people to build a strong and resilient culture by developing strong community bonds among the people. Finally, the harsh climate also created a deep sense of resilience and perseverance among the people, which has allowed them to survive and thrive despite the many challenges they have faced throughout history.Learn more about Harsh Russian Climate: https://brainly.com/question/20242784
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C. What do you see around the Sun during a
total solar eclipse? This fuzzy "cloud" is a
part of the Sun's atmosphere called the
corona. It is only visible from Earth during a
total solar eclipse?
Answers
You see Corona around the sun during a total solar eclipse which is the Sun's atmosphere's outermost region.
What is corona?
The topmost layer of a star's atmosphere is called a corona. It is made of plasma. The Sun's corona spans millions of kilometers into space and is located above the chromosphere. The best time to view it is during a total solar eclipse, however a coronagraph can also be used to make the observation. Strong ionisation in the corona and a plasma temperature beyond 1000000 kelvins, which is far hotter than the Sun's photosphere, are both revealed by spectroscopic studies. The Sun's visible surface is only a fraction of how hot its corona is.
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If DEFG is a square, find m
Answers
Answer:
b. 90°
Explanation:
Recall: based on the properties of a square, a square has all its sides equal to each other. Also, all interior angles of a square are therefore right angle each. This means each internal angle of DEFG measures 90°.
Thus,
m<DEF is an internal angle. We can conclude that:
m<DEF = 90°
Which shows the correct path of how energy flows in a food chain
Answers
Answer:
producer → primary consumer → secondary consumer → decomposer
Explanation:
the producers eats plants and the primary consumers feeds on the producers. the secondary consumers feeds on the primary consumers while the decomposers eats the dead.
In a low pressure system, does rising air get warmer or colder?
Answers
Answer:
WarmerExplanation:
Areas where the air is warmed often have lower pressure because the warm air rises. These areas are called low pressure systems. Warm air is lighter (less dense) than cold air and consequently exerts less pressure.• Kumusta, I Hope it helps :)WHICH IS TRUE ABOUT CENTRAL ASIA?(CHOOSE CAREFULLY)
O A. it is where Abrahamic religion was founded.
O B. it has a long history of conquest and political division.
O C. it is very isolated from the rest of asia and Europe.
O D. it has been controlled by russia for thousands of years.
Answers
Answer:
B.
Explanation:
It is not isolated really, hasn't been controlled by Russia, and could be where Abrahamic religions was formed, but i think it would be more specific than that.
Answer:
B. it has a long history of conquest and political division.
what's a fish
need help
Answers
Answer:
Fish go blub blub
OK but in all seriousness, the word "fish" is such a basic term everybody just KNOWS so I can understand why you might have trouble on it.
Fish belong in the kingdom Animalia and are vertebrates.
Common traits of fish is that they live in water I. E. Lakes, rivers, and oceans. (it depends on they're body and their system. You can release a porcupine fish into a lake.) they will generally have scales to move in the water swiftly and their respiratory organs are gills.
explain the similarities and differences between the andean and hawaiian style volcanism.
Answers
Andean and Hawaiian-style volcanism share similarities and differences. One significant similarity is that both types of volcanism are characterized by the presence of mantle plumes, a column of hot rocks that rises from the Earth's core-mantle boundary and ascends to the surface of the planet. In both volcanic styles, magma is generated from these mantle plumes.
The Hawaiian style volcanism, also known as shield volcanoes, is a type of effusive eruption that produces low-viscosity lava, and it is known for creating volcanoes with broad, gently sloping cone-shaped, and large craters that result from the collapsing of the volcano's walls. Andean volcanism, on the other hand, is often the result of subduction, which occurs when oceanic plates sink beneath continental plates. When subduction occurs, the oceanic crust and the water trapped within it melt and rise to form magma. This magma, which is usually rich in silica, creates viscous lava that is unable to flow as freely as the magma from Hawaiian-style volcanoes. Therefore, Andean volcanoes have steep slopes and are usually characterized by explosive eruptions that are capable of producing ash, pyroclastic flows, and other hazards to people living near the volcano. In conclusion, both volcanic styles are due to mantle plumes, but Hawaiian volcanism produces effusive lava with gentle slopes, while Andean volcanism produces explosive eruptions with steep slopes.
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Study the major mountain ranges on the map of the united states
Which mountain range is marked with the letter D
Answers
Answer:
The Appalachian Mountains.
Explanation:
Extending for almost 2,000 miles (3,200 km) from the Canadian province of Newfoundland and Labrador to central Alabama in the United States, the Appalachian Mountains form a natural barrier between the eastern Coastal Plain and the vast Interior Lowlands of North America.
The mountain range marked with D is the Appalachian Mountains
Appalachian Mountains is used to refers to spread of mountains from the Eastern part to Northeastern Part of North America.
The Appalachian mountain covers more than 1,500 miles (2,400 km).The Appalachian mountain spans across across 13 States in the United States.The Appalachian mountain range from the Central part of Alabama to Province of Newfoundland and Labrador in Canada.Learn more about Appalachian mountain here
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The main difference between climate and weather could be succinctly stated as __________.
A. Both winds and warm ocean currents show a counterclockwise circulation in the south Atlantic.
B. Climate is what you expect over the long term, weather is what you get day-to-day.
C. The ITCZ migrates south of the equator in Northern Hemisphere winter and north of the equator in Northern Hemisphere summer.
D. High pressure; clockwise circulation in the Northern Hemisphere.
Answers
The main difference between climate and weather could be succinctly stated as Climate is what you expect over the long term, weather is what you get day-to-day.
Weather is the term used to describe the momentary characteristics of the lower the surrounding environment, such as rainfall, humidity, temperature, direction of the wind, speed of wind, and atmospheric pressure. Because the factors in the atmosphere that affect weather are always changing, the weather itself is constantly changing.
In order to forecast the weather for the following days or weeks, meteorologists study data from satellites, weather stations, and buoys. Given how much weather affects all facets of human life, these forecasts are crucial. Climate describes the alterations to the atmosphere over longer time frames, often over a period of thirty years or more. Since worldwide temperatures are rising on average, it is still possible to experience an extremely cold stretch.
Option B is the correct answer.
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the line separating the dark half of earth from the lighted half is called ________.
Answers
Answer:
A terminator or twilight zone
Explanation:
Lower-category, large-diameter, or slow-moving hurricanes usually cause more extensive and prolonged flooding than higher-category, faster-moving storms.T/F
Answers
False. Higher-category, faster-moving hurricanes generally cause more extensive and prolonged flooding compared to lower-category, slow-moving storms.
While it is true that slower-moving storms can result in prolonged rainfall over a particular area, leading to localized flooding, the overall extent and severity of flooding are typically greater with faster-moving hurricanes.
Faster-moving storms cover a larger area and can impact multiple regions, resulting in widespread rainfall and flooding. Their swift movement allows them to deposit heavy precipitation over a larger geographic area, increasing the overall water volume and potential for flooding. Additionally, faster-moving storms can produce intense rainfall rates over a shorter period, overwhelming drainage systems and exacerbating flood conditions.
Higher-category hurricanes generally have stronger winds and larger storm surges, which can contribute to more significant coastal flooding and inundation. The combination of powerful winds, storm surges, and heavy rainfall associated with faster-moving hurricanes often results in extensive and severe flooding, causing significant damage to infrastructure, property, and the environment.
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c. Explain what the result of your proof tells you about angles a and b. Specifically, if you
measured one angle, what would you know about the other? (2 points)
Answers
The result of the proof shows that the sum of the angles will be 180°.
What is the proof?In the question, we are told that angle a and b are a linear pair and this means that they are angles on straight lines. An angle on a straight line is 180°.
So, this means that if we find one angle, the other can be easily found by subtracting the known angle from 180°. Thus we can prove that the angles are supplementary by virtue of their sums. Let us say that one of the angles measures 90°, we can find the other by simply subtracting 90° from 180° to have 90°.
Complete Question:
Starting with the fact that angles 1 and a are a linear pair and that angles b and 2 are also a linear pair, use a two-column proof to prove that consecutive interior angles a and b are supplementary. (5 points)
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If you made a down payment of $11,000 on a house worth $110,000, the lenders will require _____ because of the size of the down payment. Group of answer choices closing points a bond private mortgage insurance application fees homeowner's insurance PreviousNext
Answers
If you made a down payment of $11,000 on a house worth $110,000, the lenders will require private mortgage insurance because of the size of the down payment.
Private Mortgage Insurance (PMI) is a type of insurance that is often required by lenders when a borrower puts down less than 20% of the purchase price of a home. PMI protects the lender in case the borrower defaults on the mortgage loan.
It is an additional cost that the borrower pays, typically in the form of a monthly premium, until the equity in the home reaches a certain threshold, such as 20%. PMI allows borrowers with a smaller down payment to obtain a mortgage, but it is important to note that it primarily benefits the lender, not the borrower.
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The given question is incomplete. Hence, the complete question is:
If you made a down payment of $11,000 on a house worth $110,000, the lenders will require _____ because of the size of the down payment.
a. a bond
b. private mortgage insurance
c. application fees
d. homeowner's insurance
e. closing points
radiocarbon dating is accurate up to 75000 years why would radio potassium be more accurate for a longer date rangfe
Answers
Radio potassium dating is more accurate than radiocarbon dating because radio potassium uses the decay of potassium-40 to argon-40, which has a much longer half-life of around 1.25 billion years than radioactive isotopes of carbon.
Radiocarbon dating is accurate up to 75000 years because it measures the decay of the isotope carbon-14, which has a half-life of 5730 years. After that period, the amount of carbon-14 remaining in the sample becomes too small to measure accurately. Radio potassium dating, on the other hand, is used to determine the age of rocks and minerals that are millions or even billions of years old. This method is based on the decay of potassium-40 to argon-40, a process that has a much longer half-life than carbon-14 decay.
This makes it more accurate for dating rocks and minerals that are millions or billions of years old. The longer half-life of potassium-40 allows for more accurate measurement of decay over longer periods, resulting in a more precise date estimate. In summary, while radiocarbon dating is accurate up to 75000 years, radio potassium dating is more accurate for longer date ranges due to the longer half-life of potassium-40.
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The 1964 earthquake in alaska was very powerful (9.2mw), yet the loss of human life was not as high as it could have been. what factors helped to limit the loss of life?
Answers
The factors that helped to limit the loss of life in Alaska 1964 earthquake were:
Above-average temperatures helped to prevent cold-related deaths as heating systems were being repaired.
The tsunami struck when the tides were low.
Relatively few people lived in the area at that time of year.
Alaska is not a heavily populated region. The earthquake that happened on March 27, 1964, was the second-biggest earthquake ever recorded in the planet and the greatest in US history (magnitude 9.2 on the Richter scale). Numerous landslides and avalanches were caused by the four-minute earthquake. There was significant structural damage in many of Alaska's main cities.
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U-235, the isotope of uranium commonly utilized in nuclear power plants, is ________.
Question 100 options:
heavier than the other well-known isotope of uranium
only comprises about 0.8% in uranium-rich deposits and must be enriched to use as fuel
the most common of the naturally occurring isotopes of uranium
only found in quartz veins in granite plutons
Answers
U-235, the isotope of uranium used in nuclear power plants, is present in small quantities in uranium-rich deposits and requires enrichment to be used as fuel.
U-235, the isotope of uranium commonly utilized in nuclear power plants, is only present in small quantities in naturally occurring uranium deposits, comprising about 0.8% of the total. To use U-235 as fuel in nuclear reactors, it needs to be enriched, increasing its concentration. This is done through a process called uranium enrichment, where the U-235 content is increased to a level suitable for sustaining a nuclear chain reaction.
The other well-known isotope of uranium is U-238, which is more abundant in uranium-rich deposits but is not directly usable as fuel in typical nuclear reactors. U-235 is desirable for nuclear power generation because it readily undergoes fission when bombarded by slow neutrons, releasing a significant amount of energy.
Therefore, the statement "only comprises about 0.8% in uranium-rich deposits and must be enriched to use as fuel" accurately describes U-235. It highlights the need for enrichment processes to increase its concentration and make it suitable for efficient and sustained nuclear power generation.
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