Past events may impact Cuba's future as Cuba and the United States have had a very close relationship which has been ever since these two countries were born.
Here, the phrase "no man is an island" can be easily applied to the case of the Cuban politics. Thus, this phrase means that no person can remain unaffected by his context or by the actions of other people which are around him.
However, Cuba and the United States are said to have had a very close relationship which is ever since these two countries were born. This is obvious as these two countries are close.
Hence, the past events are said to have affected Cuba in many different ways, but it is unclear how the island will develop in the future.
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The area of Western Europe has been inhabited since when?
Around 10,000 BC
Around 2,000 BC
Around 35,000 BC
Around 25,000 BC
Answer:
Around 35,000 BC
Explanation:
Describe the changes in pacific sea surface temperatures that occur during an el niño.
The Pacific sea and surrounding area temperatures are warmer than normal during an el Nino. It also the surface winds through the entire tropical Pacific are weaker than usual.
During el Nino, the sea surface temperature is about 8ºC (14ºF) warmer off the coast of Asia than in the eastern Pacific, it cause by an upwelling of cold water from deeper levels in the east Pacific. The impact of el Nino is caused by a wide range of health problems, consist disease outbreaks, malnutrition, heat stress, and respiratory diseases. The risk of communicable diseases improve when there is limited access to food, water, and sanitation. El Nino can be described as a warming of the ocean surface, or in the central and eastern tropical Pacific Ocean temperatures are warmer than usual.
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What is probably the single most important, original, depositional feature in sedimentary rocks?.
Bedding or stratification is probably the single most important, original, depositional feature in sedimentary rocks.
For instance, bedding is the division of sediments into layers that either differ from one another in terms of textures, composition, colour, or weathering traits, or are divided by partings, which are small spaces between adjacent beds. Bedding is a sign of changes in depositional processes that could be brought on by seasonal variations, climatic changes, shifting river or delta positions, or tectonic shifts. Partings could be the result of non-deposition for a few decades to several centuries. In practically any depositional setting, bedding can form.
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What is probably the single most important, original, depositional feature in sedimentary rocks?.
The most important, original, and depositional feature in sedimentary rocks is bedding.
What is the meaning of bedding in terms of sedimentary rocks?Bedding is referred to as the most depositional and prominent feature in sedimentary rocks in the form of horizontal stratification. The boundaries between the different sediment layers are a function of these bedding lines. The flat and parallel surface is where most of the sediment was deposited. There is also a steeper layer of sediment known as cross-bedding where sediment is deposited on the edge or slope area due to strong wind or water waves.
In conclusion, the most important, original, and depositional feature in sedimentary rocks is bedding.
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Which of the following are you more likely to find within (or on the edges of) spiral arms of a spiral galaxy than in between these arms? -ionization nebulae
-massive stars (spectral types O and B)
-dense, dusty gas clouds
-young stars
Using the theories of stars, we got that dense, dusty gas clouds are more likely to find within (or on the edges of) spiral arms of a spiral galaxy than in between these arms.
The spiral arms of the galaxies are the the main production centres of young stars. The more gas and the dust available, the greater the fraction of the galaxy that can be involved in the star formation. These high-production galaxies actually tend to be dominated by their spiral arms and have relatively small central bulges. Their arms contain actually more clusters of very luminous stars and the more luminous nebulae (HII regions).
Hence, the biomass which are more likely to find within (or on the edges of) spiral arms of a spiral galaxy than in between these arms is dense, dusty gas clouds.
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Write a summary of what happens after hurricane. Include these terms in your summary: rebuilding, relief agencies, cleaning up, Caribbean .
One of the most regular natural disasters to affect the Caribbean is a hurricane. A tropical storm is classified as a hurricane if it has sustained winds of at least 74 mph for one minute. When warm water enters the troposphere and high pressure forces warm, dry air downward toward the center, they are produced. It typically takes years to recover.
While each person's experience is different, I have come across several similar trends in my studies on catastrophe recovery. In order to help survivors and those who want to assist them, it is important to comprehend this intricate process, which involves numerous charitable organizations and governmental relief agencies . It is also helpful to know what resources are available and how aid is dispersed in order to rebuild the lives of the survivors
Additionally, non-profit organizations, religious organizations, and relief groups swarm to the impacted areas. They clean up flooded properties, remove debris, and cover homes with tarps.
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what is the mass of the sun compared to earth
Answer:
The Sun is approximately 333,000 larger than Earth.
Explanation:
The Sun could accommodate roughly 1300,000 Earths. The mass of Earth is 1 millionth of the mass of the Sun.
Compared to the mass of the earth, the sun is significantly larger.
What is the mass of the sun compared to earth ?The sun has a mass of 1.989 * 1030 kg.The earth weighs 5.972 * 1024 kg.The sun's mass is approximately 3.33 *105 times that of the earth.The Sun is the star at the center of the Solar System.In its core, nuclear fusion processes have sparked a nearly flawless ball of hot plasma.Visible light, ultraviolet radiation, and infrared radiation make up the majority of the energy it emits.This source provides the majority of the energy needed for life on Earth.Only one astronomical object Earth, which is third from the Sun is known to support life.Although the Solar System contains enormous amounts of water, only Earth is home to liquid surface water.1.989 x 1030 kg, or around 333,000 times the mass of the Earth, make up the sun's mass.According to astronomers Imke de Pater and Jack J., 99.8 percentage of the solar system's mass is in the sun.To learn more about mass of the sun refer
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Why are seismologists interested in the possibility of the two faults being connected together?.
Seismologists are interested in the possibility of the two faults being connected together is because two faults tells the possibility of upcoming of natural disasters like earthquake.
Seismic waves are the elastic waves that propagate in solid or fluid materials. They can be divided into the body waves that travel through the interior of the materials; the surface waves that travel along surfaces or interfaces between materials; and the normal modes, a form of standing wave.
There are the two types of body waves, pressure waves or primary waves (P-waves) and the shear or secondary waves (S-waves). P-waves are longitudinal waves that involves compression and expansion in the direction that wave is moving and are always the first waves to appear on the seismogram as they are the fastest moving waves through solids
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What is probably the single most important, original, depositional feature in sedimentary rocks?.
Bedding or stratification is probably the single most important, original, depositional feature in sedimentary rocks.
What is stratification?Stratification is defined as the classification of data, people, and objects into different groups or hierarchies. It is a technique used in conjunction with other data analysis tools. When data from different sources and categories are lumped together, it can become difficult to make sense of the data.Stratification, stratification that occurs in most sedimentary rocks and igneous rocks formed at the surface of the earth. Deposition of lava flows and volcanic debris. Layers can range in thickness from a few millimeters to several meters and vary widely in shape. Most sedimentary rocks such as sandstone, limestone, and shale are the best examples of layered rocks.Stratification occurs throughout nature in places such as rocks, water, and soil. Layering is a term used to describe elements that are made up of layers. Sedimentary rock is one such element that is layered. Sedimentary rocks are composed of multiple layers of sediments formed over millions of years.To learn more about stratification from the given link :
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Which the greenhouse gas will be released the most into the atmosphere and intensify the global warming due to the melting of tundra?.
Methane gas will be released the most into the atmosphere and intensify the global warming due to the melting of tundra.
What is Methane gas?Methane is non-toxic and poses no danger when inhaled in limited amounts. However, when large amounts of natural gas or methane displace the air, it can run out of oxygen and suffocate. It is mainly used as a fuel to generate heat and light. It can also be used in the formation of organic chemicals. Methane can form from the decay of natural substances and is commonly found in landfills, wetlands, septic tanks and sewers. The largest sources of anthropogenic methane emissions in the United States are oil and gas systems, livestock enteric fermentation, and landfills.Methane has more than 80 times the warming potential of carbon dioxide for the first 20 years after entering the atmosphere. Methane sets the pace of warming in the short term, even if the impact of CO2 lasts longer. At least 25% of global warming today is caused by methane from human activity.To learn more about Methane gas from the given link :
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which of the following are potential groundwater remediation techniques that can be used to clean polluted groundwater? (select all that apply)
The potential groundwater remediation techniques that can be used to clean polluted groundwater are :
a)bioremediation
c)pump and treat
Groundwater is the purest form of water available on the whole earth.
There are the three main ways of remediating contaminated groundwater and they are:
Extraction & the Disposal Extraction then disposal of the contaminants.Pumping & the Treatment Pumping and treatment of the water.In-situ Treatment In-situ treatment including in-situ the chemical oxidation, air sparging and soil vapour extractionTo know more about remediation techniques, visit here:
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(Complete question) is:
which of the following are potential groundwater remediation techniques that can be used to clean polluted groundwater? (select all that apply)
a)bioremediation
b)biodegradation
c)pump and treatment