Gorbachev's soviet nationalism policy was aimed at allowing more freedom of speech and expression. Thus, the correct answer is option (D).
Who was Gorbachev?Mikhail Gorbachev was a Soviet and Russian politician who served as the Soviet Union's eighth and last leader from 1985 until the country's breakup in 1991.
Gorbachev's changes were slow and preserved many of the command economy's macroeconomic features. (including price controls, inconvertibility of the ruble, exclusion of private property ownership, and the government monopoly over most means of production).
Reform was primarily concentrated on industry and cooperatives, with foreign investment and international trade receiving only a secondary role. Factory managers were required to meet state needs for goods while also supporting themselves.
Therefore, the policy on soviet nationalism by Gorbachev aimed at allowing more freedom of speech and expression.
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Which of the follow drainage patterns is caused by stream capture during active valley and ridge uplift/folding
The drainage pattern that is caused by stream capture during active valley and ridge uplift/folding is called a trellis drainage pattern.
The landscape in areas of active tectonic uplift and folding can be characterised by a succession of ridges and valleys oriented perpendicular to the direction of uplift.
As streams run through this terrain, they may erode downward, cutting through the ridges and forming a series of parallel valleys. If two streams moving in different directions over this landscape erode downward until they meet, one may capture the other, causing a shift in the drainage network.
Streams flow parallel to one another in valleys in a trellis drainage pattern, with shorter tributaries pouring into them from the sides. This pattern is caused by streams being captured by a larger, more powerful torrent travelling in the opposite direction.
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Find the next two terms of each sequence.
4.5, 0.5, 5.0, 0.6, 5.6, 0.7, 6.3,...
Answer:
UMMMMMMMMMMMMMMMMMMM
Explanation:
Answer: I need a real answer
Explanation:
How has Montreal's culture changed since the early 20th century? Responses Hundreds of French Canadians left for Paris, taking their traditions.
Only French is allowed in government businesses.
Montreal closed its borders to immigrants from all countries
Immigrants arrived from China, bringing their culture.
Montreal's culture has changed since the early 20th century as more than hundreds of French Canadians left for Paris, taking their traditions. Hence, Option A is correct.
What is Montreal's culture?
As a city in North America, Montreal has a lot in common with other major cities there in terms of culture. These include representations in all classic forms of high culture, a long history of jazz and rock music, and experimental experiments in the visual arts, drama, and music.
The residents of Québec City have carved out their own identity despite sharing many traits with French culture, particularly the supremacy of the French language. They are renowned for their "joie de vivre," vibrant French accents, gastronomic customs, and the cordial welcome they provide to guests.
Therefore, Option A is correct.
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Post European control, what type of government did the African countries face when they gained independence ?
Answer:
African countries faced authoritarian governments.
Explanation:
After African countries gained independence, instead of progress they faced even bigger problems. The reasons for the problems that emerged are numerous, like European investments not being present anymore, foreign drawing of borders not corresponding with the real situation on the ground, ethnic and religious tensions, etc. Another major problem was the fact that almost every country ended up with an authoritarian government.
The main reason why African countries ended up with authoritarian governments was the lack of political practice and education for quite some time, but also because it is military generals that tended to have the biggest power. Once they got to power they did everything they could to secure their position, meaning that they often used the military and police forces to use violence and brutality to keep things under control and eliminate competition.
What is the displacement of a fault?
Displacement, the separation between the offset marker's two ends, measured along the fault surface in the slip direction.
Over geologic time, most faults cause repeated displacements. The rock on one side of the fault abruptly slips in relation to the other during an earthquake. The fault surface may be vertical, horizontal, or at any other arbitrary angle.
The cumulative motion of the hanging wall over the footwall causes displacement even though slip along the fault changes instantly at the fault bend.
Extensional faults, regardless of their orientation with respect to the horizontal, cause the layers they cut to extend as a result of their displacement. Normal faults are dip-slip faults where the footwall and hanging wall have both descended relative to one another.
There are two types of displacement reactions namely Single displacement reaction and Double displacement reaction.
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Consider even the earth and the moon. about how many moons would fit across the earth?
4 moons would fit across the earth.
In the entire Solar System, the Moon is the fifth largest moon. 3,474 kilometers separates one side from the other (its diameter). This is around one-fourth of the size of the Earth. Thus, four moons may fit one on top of the other across the planet.What if the Earth had more than one moon?It would be disastrous for Earth if there were two moons. Larger tides brought on by an extra moon would destroy major cities like New York and Singapore. The additional gravitational attraction of the moons would also delay the Earth's rotation, lengthening the day.What happens if the Moon vanished?Our planet is held in place by the gravitational attraction of the Moon. The tilt of the Earth might vary widely if the Moon weren't there to stabilize it. From having no tilt (which indicates no seasons) to having a significant tilt (which means extreme weather and even ice ages).To learn more about moon visit:
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6) As the moon moves
away from the Earth, the
gravitational pull gets
stronger.
T-F
Answer:
The reason for the increase is that the Moon raises tides on the Earth. Because the side of the Earth that faces the Moon is closer, it feels a stronger pull of gravity than the center of the Earth. Similarly, the part of the Earth facing away from the Moon feels less gravity than the center of the Earth.
Explanation:
URGENT!! What is the climate range in Argentina?!
I need help like rn!
Answer:
hope this will help you!!
URGENT! PLS HELP ASAP!
Is the glacier activity during the ice age the cause of U.S. voting patterns?
Answer:
noooo sir
Explanation:
Harvard professor
where are white and green mountains located
Answer:
The White mountains are in New Hampshire and The Green Mountains are in Vermont.
Explanation:
The White Mountains are a branch of the Appalachian Mountains in the US state of New Hampshire. The Green mountains are in Vermont and they run from Massachusetts to Quebec. Hence, the nickname The Green Mountain state for Vermont.
What ocean contains the longest stretch of the mid ocean ridge
Which of the following is a major factor in the location of the Atacama desert?
Answer:
B
Explanation: That's gow it works.
The Atacama Desert is the driest region but is cold because of Cold Ocean currents and the orographic effect.
Where is the Atacama desert situated?The Atacama Desert is a desert plateau in northern Chile, South America covering 1,600 km. It is one of the driest regions in the world because rain is absent.
The climate of the Atacama desert is not hot because of Cold Ocean currents and the orographic effect.
Therefore, the Atacama desert is cold because of Cold Ocean currents.
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Gravity-driven erosional agents include ____
A. water and wind
B. wind and glacial ice
C. water, glacial ice, and wind
D. water and glacial ice
Gravity is the primary force driving the erosion of landforms by erosional agents. Water and glacial ice are the two most common erosional agents driven by gravity.
The Power of Gravity-Driven Erosional Agents: Water and Glacial IceErosion is an important geologic process that shapes the land around us, sculpting mountains and valleys, carving rivers and shaping coastlines. Gravity is an important force driving the erosion process, and water and glacial ice are two of the most powerful erosional agents driven by gravity.
Water is a powerful erosional agent that can carve out deep canyons and gorges over time, as well as erode away rock and sediment. Water can also move and deposit sediment, forming sandbars, deltas, and beaches. Rain, rivers, and oceans are all examples of water-driven erosional agents.
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The four drivers of Australian weather and climate are :- O a. Southern Oscillation, PDO, IOD and SAM O b. Southern Oscillation, El-Nino, La Nina and SAM O c. El-Nino, SAM, PFD and LMO
b. The four drivers of Australian weather and climate are the Southern Oscillation, El-Niño, La Niña, and the Southern Annular Mode (SAM).
The Southern Oscillation refers to the atmospheric pressure patterns between the eastern and western tropical Pacific, which influence rainfall patterns in Australia. El Niño and La Niña are two phases of the El Niño-Southern Oscillation (ENSO) cycle, affecting sea surface temperatures and atmospheric circulation, resulting in droughts or heavy rainfall in different parts of Australia. The Southern Annular Mode (SAM) represents the north-south movement of the westerly winds in the Southern Hemisphere, impacting temperature and rainfall patterns in Australia. These four drivers play significant roles in shaping Australian weather and climate patterns, including droughts, floods, and temperature extremes.
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what procces formed the first eukaryotic organism
a. budding
b. mitosis
c. endosymbiosis
d. binary fisson
Answer:
c. endosymbiosis
Explanation:
Basically one cell enguled another and result in a eukaryotic (multi cellular) organism.
How many substances on our planet satisfy the five requirements to qualify as a mineral? 0 4.000 O 2.000 O 1.000 0 6.000
The correct option is B, it is estimated that around 2,000 minerals meet all of the requirements to be considered minerals.
Minerals are naturally occurring inorganic substances that are essential to the functioning of living organisms. They are found in the earth's crust and are formed through geological processes, such as precipitation, crystallization, and magma cooling. Minerals are classified based on their chemical composition and crystal structure, which determines their physical properties.
There are two types of minerals: macrominerals and microminerals. Macrominerals are required in large amounts, while microminerals are needed in smaller quantities. Examples of macro minerals include calcium, magnesium, and potassium, while microminerals include iron, zinc, and copper. Minerals play a crucial role in maintaining various bodily functions, such as building and repairing tissues, producing energy, and regulating fluid balance.
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For
weather observations, when does a thunderstorm end?
For weather observations, the end of a thunderstorm is typically determined by the absence of thunder and lightning, as well as a decrease in rainfall intensity. The end of a thunderstorm can also be indicated by the clearing of dark clouds and the return of normal weather conditions.
However, several factors can contribute to the end of a thunderstorm:
Loss of atmospheric instability: Thunderstorms thrive in an environment with high levels of atmospheric instability, which allows for the rapid upward movement of warm, moist air. As this instability decreases, the storm may start to weaken and eventually dissipate.Diminishing moisture supply: Thunderstorms require a source of moisture to fuel their development. If the moisture supply diminishes, either due to the exhaustion of available moisture or changes in atmospheric conditions, the storm may lose its energy and fade away.Changing atmospheric conditions: Thunderstorms can be influenced by various atmospheric factors, including wind patterns, air masses, and frontal boundaries. If these conditions shift or change, it can disrupt the storm's development and lead to its eventual dissipation.Cooling of the air: Thunderstorms generate their own downdrafts of cool air as part of their life cycle. These downdrafts can eventually undercut the storm's updrafts, leading to its demise.Learn more about thunderstorm
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What do the dates next to nearly all sections of the wall show? (The great wall of china)
Answer:
The Great Wall of China (traditional Chinese: 萬里長城; simplified Chinese: 万里长城; pinyin: Wànlǐ Chángchéng) is a series of fortifications that were built across the historical northern borders of ancient Chinese states and Imperial China as protection against various nomadic groups from the Eurasian Steppe.
Explanation:
The dates next to all sections of the wall show the years in which these sections were built.
What is the idea of the Great Wall of China?Under Qin Shi Huang, portions of prior fortifications were connected to create a unified defense structure to stave off invasions from the north around 220 B.C.
The Great Wall was still being built when the Ming dynasty (1368–1644) came into power, making it the biggest military edifice in the world.
The Great Wall depicts the encounters and interactions between agrarian and nomadic cultures in ancient China.
It serves as a significant physical manifestation of the brilliant military architecture, cutting-edge technology, and artistic craftsmanship of the ancient Chinese central empires, as well as their visionary political strategic thinking and powerful military and national defense forces.
As the nation's emblem for ensuring the safety of the nation and its citizens, it reflects a significance that is unmatched.
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true or false: the position of the north and south magnetic poles is constant over human time scales.
False. The position of the north and south magnetic poles is not constant over human time scales.
The Earth's magnetic field is dynamic and undergoes changes over time. The magnetic poles, both the north and south, exhibit movement and can shift their positions. This phenomenon is known as geomagnetic secular variation. While the rate and magnitude of pole movements can vary, they have been observed to shift slowly over geologic time.
Scientists study the Earth's magnetic field and its changes by monitoring the movement of magnetic poles. Historical records, as well as data from satellite measurements and geomagnetic surveys, provide evidence of pole movement. These shifts are a natural part of the Earth's magnetic cycle and are influenced by complex interactions within the planet's molten iron outer core.
The movement of magnetic poles has implications for navigation systems, particularly for compass users and satellite-based navigation technologies. To account for these changes, navigational charts and systems are periodically updated to ensure accurate positioning. Therefore, it is important to acknowledge that the position of the north and south magnetic poles is not fixed and can change over time.
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What is a vertical igneous intrusion?
A vertical igneous intrusion is basically a body of the intrusive igneous rock which basically forms through the crystallization of the magma which slowly cools right below the surface of the Earth. The vertical intrusions are known as d ykes.
In geology, an igneous intrusion is basically a body which is formed of the intrusive igneous rock which form as a result of crystallization of the magma which slowly cool right below the surface of the Earth. Intrusions have a lot of types of forms as well different compositions.
D ykes basically form as magma pushes up towards the Earth's surface through cracks which are present in the rock. D ykes are vertical and the steeply-dipping sheets of the igneous rock.
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discribe about the structure of earth
Explanation:
the structure of the Earth is divided into four major components: the crust, the mentle, the outer Core, and the inner core.each layer has a unique chemical composition physical state,and can impact life on earth surface
What is Bearing geography
Answer:
The direction of one place to another is described as its bearing.
What allows tectonic plates to move?
Answer:
The heat from the core of the Earth can cause the mantle layer to move. This causes the tectonic plates to move.
Answer: The heat from radioactive processes within the planet's interior.
Explanation:
How many countries make up the Organization of American States?
Answer:
35 independent countries
According the the principle of cross-cutting relationships, an intrusive rock body is
Answer:
Younger than the body it's intruding
Explanation:
at the equator the northern and southern trade wind belts meet. the southern trade winds are, on average, flowing from the southeast to the northwest. the northern trade winds are, on average, blowing air from the northeast to the southwest. what type of ocean circulation should we expect at the equator, on average, as a result of these wind belts meeting at the equator?
At the equator, the meeting of the northern and southern trade wind belts results in a convergence zone where warm, moist air rises and creates low pressure. This low-pressure zone causes air to flow towards the equator from both the northern and southern hemispheres.
This convergence of surface currents creates a circulation pattern known as the equatorial countercurrent, which flows eastward along the equator. As this water moves towards the west, it is deflected by the continents and forms the North and South Equatorial Currents, which flow towards the poles and eventually turn westward to complete the circulation cycle. This oceanic circulation pattern plays an important role in redistributing heat around the globe and affects climate patterns in different regions.
At the equator, where the northern and southern trade wind belts meet, we can expect a type of ocean circulation known as "equatorial upwelling" on average. This occurs because the trade winds push surface waters away from the equator, causing deeper, colder, nutrient-rich water to rise up and replace the displaced surface waters. This process results in an increased productivity of marine life in these regions due to the availability of nutrients.
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7. On what planet do you have the smallest weight
Answer:
Mercury
Explanation:
Because Mercury is so small and dense, it has very little gravity so you will have the smallest weight
Sorry if its wrong
A(n) ________ is a cone of debris that forms where an ephemeral stream emerges from the confines of the canyon. Its runoff spreads over the gentler slopes at the base of the mountains and quickly loses velocity, dumping most of its sediment load within a short distance.
Answer:
alluvial fan
Explanation:
Alluvial fans are a mix of sediments made up of mostly sand and gravel that are created when canyons, hills or mountains interact with flowing water. They help with the sustenance of life and irrigation farming as the main source of water.
why do cassius and brutus say they did caesar a favor
Cassius and Brutus say they did Caesar a favor by killing him because they believed he was becoming too powerful and endangering the Roman Republic.
Cassius and Brutus were two of the main conspirators involved in the assassination of Julius Caesar, the powerful Roman leader who was killed in 44 BCE. They believed that Caesar was becoming too powerful and posed a threat to the Roman Republic, which was supposed to be governed by a group of elected officials rather than a single ruler.
Cassius and Brutus saw themselves as patriots who were acting in the best interests of the Roman people by removing Caesar from power. They believed that if Caesar was allowed to continue his reign, he would become a tyrant and eventually destroy the Republic.
By killing Caesar, they believed they were doing him a favor by sparing him from himself, as well as doing a favor for the Republic by preserving its democratic institutions.
In the aftermath of the assassination, Cassius and Brutus attempted to rally support for their cause and restore the Republic to its former glory. However, they were ultimately defeated by the forces of Caesar's heir, Octavian, and his ally Mark Antony, who went on to form the Roman Empire.
Despite their ultimate failure, Cassius and Brutus have been remembered as heroic figures in Roman history, with many regarding them as brave defenders of the Republic against the encroaching forces of tyranny. However, their actions remain controversial and continue to be the subject of debate among historians and scholars.
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in a forested watershed, if you remove (or log) the trees, what happens to evapotranspiration and to runoff?
If the trees are removed then evaporation drops and stream flow increases. It will impact on the streams in the watershed.
In the forest watershed, trees and forests absorb and use tremendous amounts of water for growth. A single mature oak tree can consume over 40,000 gallons of water in a year. In Pennsylvania forests, an average of 24 inches of the annual 40 inches of rainfall is taken up by trees through evapotranspiration. Evapotranspiration is defined as the movement of water from the ground through the tree and leaves, evaporating back into the environment that also serves to cool and modify surrounding summer temperatures. If the forest is removed or harvested, evaporation drops to 14 inches and stream flow increases to receive 26 inches of the annual 40 inches of precipitation. So, just the removal of forests can have an impact on streams in the watershed.
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