what's the positive and negative impacts of diffusion of pop culture
Answers
Positive:
Positively, the culture has helped women and teenage girls to self-define themselves, create bonds with people of different backgrounds, increase knowledge in various subjects and realize their worth in the society.
Negative:
While pop culture may seem harmless, it exposes people of all ages to s£x, drug$ and violence. Children and teenagers all over the world are watching shows or listening to different types of music that reflect improper behavior.
Related Questions
Imagine you could live anywhere in the world based on a location's climate. What location would you choose? Use this resource and the
information in the tutorial to help you answer the following questions about your location of choice.
Answers
Answer:
summer
Explanation:
because it is very good wether it helps in many work
Two populations of squirrels are separated by a mountain range and would not be capable of interbreeding. This is an example of:A. behavioral isolationB. mechanical isolationC. geographical isolationD. temporal isolation
Answers
Two populations of squirrels are separated by a mountain range and would not be capable of interbreeding. This is an example of geographical isolation. The correct option is C.
When populations of a species are physically divided by a geographical barrier like a mountain range, river or canyon this is known as geographic isolation. The separation prevents gene exchange and intermarriage between the populations.
Genetic divergence among the populations can result in the evolution of various species, each of which is tailored to a particular environment over time. In this situation the physical barrier preventing the squirrels on either side of the mountain range from mating and having young prevents the development of distinct populations with different genetic traits. The correct option is C.
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Explain how the Tigris and Euphrates rivers helped Mesopotamia empires.
Answers
Answer:
They helped them to transfer goods in order to trade and travel faster, provided water, and provided foods such as fish.
Answer:
The Tigris and Euphrates helped the empires of Mesopotamia in that they provided freshwater, fertile soil for large-scale food production, and made traveling and transportation faster and easier.
Explanation:
Mesopotamia was the area along the shores of the rivers Tigris and Euphrates and the close surroundings. There were numerous empires that existed in this area, including the first civilization. They were all quite successful and some persisted for a very long time. The reason as to why civilizations developed and maintained civilizations here are the two aforementioned rivers.
The Tigris and Euphrates laid the basis for the creation of civilizations and empires and were of great help all the way. These two rivers made the empires stable economically and socially because they enabled large-scale food production with the highly fertile silt they were bringing. Having a surplus of food in an agriculturally-based economy is crucial. Freshwater was always available, and that is quite the luxury in the middle of a desert. Last but not least, the travel of people and transportation of goods was much faster and much easier through the waters of these rivers.
The article focuses on the negative effects of irrigation, animal grazing, and fertilizers. Based on evidence from the text, in 250-350 words, which one do you think has the greatest long term effect on the environment and explain what makes it the worst.
Answers
Between the negative effects of irrigation, animal grazing, and fertilizers,the opne I think that has the greatest long term effect on the environment is animal overgrazing.
What is the negative effect of the animal grazing?Negative effects of grazing canm be seen as opne that can have very bad impact on the land as well as the environment.
It shoud be noted that the overgrazing can briong about the increased soil erosion,as well as compaction and degradation and in some cases it can lead to the process of deforestation which couldbring about theact of biodiversity loss, as a result of this there can be adverse water quality impacts from run-off.
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Vse our graph of terrestrial blome tvaes to anewars ahes What type of binme shevid be found agound the depe ares? What type cret bieme sheuld be found areund the kre area? Tereperialo martonets. Wogtandwtotilat Doresaliforest
Answers
The question seems to be asking about the types of biomes that would be found around deep areas and the cre area on a graph of terrestrial biomes. It mentions a few terms such as "Vse our graph of terrestrial blome tvaes to anewars ahes" and "Tereperialo martonets. Wogtandwtotilat Doresaliforest."
In general, deep areas or areas with a high elevation tend to have colder temperatures and harsher conditions. Therefore, the type of biome found around these areas would likely be a high-altitude or mountain biome, such as alpine tundra or coniferous forests. On the other hand, the "kre area" mentioned in the question is not clear. It may be a typo or an abbreviation for a specific term that I am not familiar with. Without further information, it is difficult to determine the specific type of biome that would be found around the "kre area."
Deep areas or high-elevation regions would typically have mountain biomes like alpine tundra or coniferous forests. However, without clarification on the "kre area," it is challenging to provide a specific answer for that particular area.
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the main ways sediment enters a river are mass movement and ____________________.
Answers
The main ways sediment enters a river are mass movement and weathering erosion.
Sediment enters a river through two primary processes: mass movement and weathering erosion. Mass movement refers to the downhill movement of soil, rock, or debris under the influence of gravity. This can occur due to various factors such as landslides, rockfalls, or slope failures. When mass movement events happen near a river, the sediment is transported into the river channel through erosion and deposition processes.
Weathering erosion, on the other hand, involves the breakdown and removal of rocks and soil due to weathering processes such as wind, water, and ice. Weathering erosion occurs over a long period and gradually wears down the surface of rocks and soil. As weathering processes act upon the landscape, they detach and transport sediment particles, which eventually find their way into nearby rivers through runoff or direct erosion of river banks.
Both mass movement and weathering erosion play significant roles in supplying sediment to rivers. This sediment influx is vital for river ecosystems, influencing channel morphology, nutrient cycling, and habitat creation for aquatic organisms.
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Match the scenario that best fits each of the following atmospheric energy transfer processes. advection [ Choose ] A convection [Choose ] conduction [Choose] latent heat [Choose ]
Answers
Answer:
Check below.
Explanation:
North Wind Carries colder air into United States is Advection
There is an extract of horizontal air circulation on the surface of the earth.
Redistribution of heat by Thermals is Convection
Vertical movement of air in the transfer of heat is the Thermal convection
The heat transfer of Air in direct Contact with Ground each other is Conduction
Water Molecules undergo Deposition in forming frost on the ground - Latent Heat
Water vapour loss its latent heat, and then undergo sublimation to create ice
What are the major physical geographical factors that enhanced the establishment of an agricultural core in North America
Answers
Answer:
gentle sloping land for mechanization
warm temperatures
high rainfall
does slum dwellers own the land they live on?
Answers
“Most local authorities don’t have the capacity to deal with this, so there is no forward planning to make provisions for this population growth, which we know is going to happen.”
His organisation is trying to combat the mindset that you can’t plan for increased slum population, by supporting the creation of municipal development forums in a number of Ugandan cities. These are structured discussions where the local authority, local private sector companies and slum dwellers meet and deliberate about the future of the city.
Having the capacity to plan for future slum populations isn’t just a problem limited to Africa though.
ecozones on a mountain are essentially climate zones that change with elevation. which of these climate factors is the least affected by changes in elevation? group of answer choices terrain precipitation temperature seasonal patterns
Answers
Temperature is the climate factor that is least affected by changes in elevation.
Temperature is the main climate factor that experiences a consistent and predictable change with elevation. As elevation increases, there is a general trend of decreasing temperatures known as the lapse rate. This means that for every increase in elevation, there is a decrease in temperature. This pattern holds true in most cases and is a fundamental concept in mountain climate.
On the other hand, terrain, precipitation, and seasonal patterns are all climate factors that are significantly influenced by changes in elevation.
Terrain refers to the physical characteristics of the land, such as slope, aspect, and landforms. As elevation changes, so does the terrain. Mountains often exhibit steep slopes, rugged topography, and variations in aspect (direction the slope faces), which can influence factors like sunlight exposure, wind patterns, and microclimates.
Precipitation patterns are strongly influenced by elevation. As moist air is forced to rise when encountering mountains, it cools and condenses, leading to increased cloud formation and higher chances of precipitation on windward slopes. This creates a rain shadow effect, where the leeward side of the mountain receives less precipitation.
Seasonal patterns can also vary with elevation. Higher elevations generally experience cooler temperatures, shorter growing seasons, and different timing of seasonal transitions compared to lower elevations. These variations affect vegetation growth, snowpack accumulation, and the overall timing and duration of different seasons.
In summary, while terrain, precipitation, and seasonal patterns are all significantly influenced by changes in elevation, temperature is the climate factor that is least affected and follows a consistent trend of decreasing as elevation increases.
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At either end of the Bridge lies a great city--cities full of vigorous life. The activities and the energies of each flow over into the other. The electric current has conveyed unchecked between the two the interchanging thoughts, but the rapid river has ever bidden halt to the foot of man. It is as though the population of these cities had been brought down to the river-side, year after year, there to be taught patience.
Which of the following best summarizes the excerpt?
A.Both of the cities that lie at the ends of the bridge are great and full of energy.
B.The people of Brooklyn and Manhattan have been very patient during the construction.
C.Finally, the people of Brooklyn and Manhattan will be able to connect with each other.
D.The connection between the two cities has been hampered by the river that divides them.
Answers
The answer choice that is the best summary of the given excerpt is that D.The connection between the two cities has been hampered by the river that divides them.
What is a Summary?This refers to the concise representation of the main ideas of a text that is used in order to convey the main details of a text in a concise and unbiased manner.
Hence, it can be seen that from the given text, it is narrated that the two cities are separated by a river and as a result of this, they are both separated and this hampers the connection which they both have.
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HELP! I need someone to write a sentence that summarizes the changes shown here.
Answers
This is about a river drying up.
A - Deforestation
B - Industrial pollution
C - Agricultural runoff
D - Water over-extraction
E - Climate change-induced drought
How is this so?
Stage A - Heavy deforestation occurs near the river, reducing the natural canopy cover and increasing soil erosion.
Stage B - Increased industrialization leads to the release of toxic chemicals into the river, polluting the water and harming aquatic life.
Stage C - Uncontrolled agricultural practices contribute to excessive nutrient runoff, causing algal blooms and oxygen depletion in the river.
Stage D - Growing water demand due to population growth results in over-extraction of water from the river, reducing its flow.
Stage E - Climate change exacerbates drought conditions, further reducing the river's water levels and eventually causing it to dry up.
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Why is the Sun’s atmosphere hotter than its surface?
Answers
Answer:
At the surface of the sun, the magnetic field lines look like many loops rising up out of the surface into the atmosphere and these loops are changing all the time. If the loops touch each other they can cause sudden explosions of enormous amounts of energy that heat up the atmosphere.
Select all the options with 32,749 written in expanded form
Answers
Answer:
uh well there are a lot
Expanded Notation Form:
30,000
+ 2,000
+ 700
+ 40
+ 9
Expanded Factors Form:
3 × 10,000
+ 2 × 1,000
+ 7 × 100
+ 4 × 10
+ 9 × 1
Expanded Exponential Form:
3 × 104
+ 2 × 103
+ 7 × 102
+ 4 × 101
+ 9 × 100
Word Form:
thirty-two thousand seven hundred forty-nine
Explanation:
These are just a few of the ways to write it in expanded form
a cold front, stretching across several states, would be an example of what scale of atmospheric motion? group of answer choices global scale mesoscale microscale synoptic scale
Answers
A cold front, stretching across several states, is an example of synoptic-scale atmospheric motion.
Synoptic-scale refers to weather patterns and atmospheric motions that occur on a regional scale, typically covering an area of several hundred to a few thousand kilometers.
Synoptic-scale weather systems, such as cold fronts, are the result of interactions between large-scale atmospheric features, such as high and low-pressure systems, and the Earth's rotation.
In contrast, microscale atmospheric motion refers to very small-scale weather patterns, typically less than a few kilometers in size, such as the turbulence caused by a gust of wind.
Mesoscale atmospheric motion refers to weather patterns that occur on a larger scale than microscale but smaller than synoptic-scale, such as thunderstorms or sea breezes.
Global scale atmospheric motion refers to weather patterns and atmospheric motions that occur on a global scale, such as the jet stream or the movement of tropical cyclones.
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Men are from Mars (well, and so are Martians)….
Poof! We’ve now landed on Mars (welcome!) and find that 3 Martians have figured out how to raise foods familiar to us: Chocolate, bananas and tomatoes. Of course, the term ‘landed’ is a bit incorrect- it was something of a ‘smashing landing’ if you get my drift. We’ll be here until Earth sends another rocket our way.
The Chocolate producer only likes tomatoes, but not bananas and is willing to trade 3 pieces of chocolate for each tomato. The banana grower likes chocolate, but not tomatoes and is willing to trade 5 bananas for 7 pieces of chocolate. The tomato grower is building a new home, and only wants metal bolts (guess what, we found a large ‘bucket o’ bolts on our space ship). We’re hungry for all 3 things, and have a ‘ton’ of bolts.
So, how will we go about conducting trade (assume that our weapons are useless against them, and theirs useless against ours). What will this look like?
Answers
Since the chocolate manufacturer only likes tomatoes, he would be prepared to trade three pieces of chocolate for every tomato, and since the banana producer likes chocolate but dislikes tomatoes, he would be prepared to trade five bananas for seven pieces of chocolate.
Furthermore, since the tomato grower is constructing a new house and only requires metal bolts, it will be wise to trade bolts for tomatoes, since we have a plethora of them.
Based on this analysis, a fair trade would be seven pieces of chocolate to the banana grower, in exchange for five bananas, followed by nine bananas to the chocolate manufacturer, in exchange for 12 tomatoes. Finally, in exchange for a tomato, the tomato grower would receive a metal bolt. To sum up, we'll trade nine bananas for 12 tomatoes and one bolt, and we'll give the chocolate producer seven chocolates and get five bananas, and then give the tomato grower one bolt for one tomato.
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what is the name of the line at 0 degrees longitude
Answers
Answer:
The prime meridean.
In the Northern Hemisphere, why are the south-facing sides of buildings often warmer and drier than the north-facing sides?
Answers
Answer:
Because the south-facing sides often get a bit more sunlight.
Explanation:
In the Northern Hemisphere, why do westerlies flow from the west but trade winds flow from the east?
Answers
Answer:
Both winds are affected by the Coriolis effect. In the Northern Hemisphere, the westerlies travel in a northerly direction. They appear to be deflected to the northeast by the Coriolis effect.
Hope this helps :)
Pls brainliest...
the Earth's rotation and the Coriolis Effect are responsible for the difference in wind directions for westerlies and trade winds in the Northern Hemisphere. Westerlies flow from the west, while trade winds flow from the east.
In the Northern Hemisphere, westerlies and trade winds have different directions due to the Earth's rotation and the Coriolis Effect.
1. Earth's rotation: The Earth rotates from west to east, causing the winds to be deflected.
2. Coriolis Effect: This is the apparent deflection of the wind due to Earth's rotation. It causes the winds to deflect to the right in the Northern Hemisphere.
Westerlies:
- They occur in the mid-latitudes, between 30° and 60° North.
- Due to the Coriolis Effect, winds in this region are deflected to the right, causing them to blow from the west to the east.
Trade Winds:
- They occur in the low latitudes, between 0° and 30° North.
- Due to the Coriolis Effect, winds in this region are also deflected to the right but originate from the high-pressure zones in the subtropics, causing them to blow from the east to the west.
In summary, the Earth's rotation and the Coriolis Effect are responsible for the difference in wind directions for westerlies and trade winds in the Northern Hemisphere. Westerlies flow from the west, while trade winds flow from the east.
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What is the volume, in cubic in, of a cylinder with a height of 4in and a base radius of 5in, to the nearest tenths place?
Answers
Answer:
314 cubed inches
Explanation:
Answer: The answer is exactly 314.2 Cubic Inches
Explanation: V = A h.
Since the area of a circle = π r 2, then the formula for the volume of a cylinder is:
V = π r 2 h.
Hence, If you do the math you will end up with 312.2 Cubic Inches
--Hope this helped!--
just answer the question
Answers
Answer:
where is the question? i think u forgot to include the pic or the questionnaires
What would you recommend as the most appropriate cartographic projection to be used for a map that will depict a water vapor satellite image of the contiguous United States? Why this projection?
- What would you recommend as the most appropriate cartographic projection to be used for a map that will depict ethanol production in Brazil? Why this projection?
- Describe and explain the casting process of cartographic projections.
Answers
Lambert Conformal Conic projection is recommended for depicting water vapor image, while Albers Equal-Area Conic for ethanol production. Casting process transforms Earth's curved surface onto a flat map.
The Lambert Conformal Conic projection would be the best choice for a map showing a water vapor satellite image of the contiguous United States. Large areas can be depicted with little distortion using this projection. Mid-latitude regions can be accurately represented while having their shape preserved. Its east-west extent makes it especially suitable for the United States.
On the other hand, the Albers Equal-Area Conic projection would be the most suitable projection for a map showing ethanol production in Brazil. For the purpose of accurately representing the spatial distribution of data, this projection maintains area. The Albers Equal Area Conic projection would minimize distortion and give a balanced representation of the production areas because Brazil is a large country with significant regional variations in ethanol production.
Cartographic projections are created by mathematically projecting the curved surface of the Earth onto a flat map using a set of formulas and algorithms. The accuracy of the representation of geographic features and spatial relationships on the map is ensured by this process.
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In a small essay, identify the impacts(both negative or positive) that perennial canal have on the Musha village pre-aswan dam and post-aswan dam
Answers
Answer:
Before the Aswan Dam was made there was an old dam which was not as high as the Aswan Dam. In Pre-Aswan during the late summers the Nile flooded annually. The flood caused high waves which helped transfer many types of minerals to reach the Nile and which made the Nile an ideal place for farming.
After the Aswan Dam was made some tensions in the Arab world were caused. The Dam is saves the water which helps the Egypt because there is less rainfall in the area and helps the water supply throughout the year.
Explanation:
Before the Aswan Dam was made there was an old dam which was not as high as the Aswan Dam. In Pre-Aswan during the late summers the Nile flooded annually. The flood caused high waves which helped transfer many types of minerals to reach the Nile and which made the Nile an ideal place for farming.
After the Aswan Dam was made some tensions in the Arab world were caused. The Dam is saves the water which helps the Egypt because there is less rainfall in the area and helps the water supply throughout the year.
QUICK DUE IN A FEW MINUTES!!!what’s my responsibility as a citizen to the earth
Answers
Answer:
growth
Explanation:
ur living the life as once ur was a child than a kid to a teen and final to adults there many purpose as ur responsivlity
how often does earth complete a rotation around its axis?
Answers
Answer:
every 23 hours and 56 minutes
Explanation:
every 23 hour 56 minute 6 second
Which statement describes a struggle over water rights between Egypt and Ethiopia over the Nile River?
Both countries want to ensure that the flow of the Nile is steady in all of the countries it passes through.
Both countries want more control over the flow of the river for irrigation and electricity production.
Each country wants the other country to sign the Nile Waters Agreements.
Each country wants the other country to be responsible for wastewater treatment along the river.
Answers
Answer: The answer is A (for me at least because I know they switch it up) but PLEASE read the explanation I gave before answering
Explanation:
Both countries want more control over the flow of the river for irrigation and electricity production.
The statement describes a struggle over water rights between Egypt and Ethiopia over the Nile River is :
A) Both countries want to ensure that the flow of the Nile is steady in all of the countries it passes through.
What's behind the Egypt Ethiopia Nile dispute?
Nile water dispute stems from filling of Ethiopian dam, decades of rising tensions. So far, despite international negotiations, there's been little progress in the decade-long dispute. The crux of the controversy is Ethiopia's $5 billion Grand Ethiopian Renaissance Dam, which is nearing completion at the Nile headwaters.
Does Ethiopia own the Nile river?Today, however, Ethiopia is building the Grand Renaissance Dam, and, with it, Ethiopia will physically control the Blue Nile Gorge—the primary source of most of the Nile waters.
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The main obstacles for people migrating to/from Saudi Arabia:
Percentage of migrants turned away:
The barriers inhibiting migrants from staying/leaving:
The laws that affect migrants trying to enter Saudi Arabia:
Can someone please help me with this? Or at least give me a website because I can't find anything.
Answers
Answer:
Second opinion ( the barriers inhibiting........)
How did the earth obtain the heat in its interior?
Answers
The Earth's interior heat is thought to have been generated by a combination of processes such as the decay of radioactive elements, gravitational energy from acceleration, frictional heating, impact heating, and tidal heating.
Decay of radioactive elements: The Earth contains a large number of radioactive elements such as uranium, thorium, and potassium, which release heat as they decay into more stable elements. This process generates heat through the emission of alpha, beta, and gamma particles. Gravitational energy from accretion: As the Earth formed from the accumulation of smaller bodies, the gravitational energy from this accretion process was converted into heat. This process is known as accretionary heating and occurs during the formation of planetary bodies.Frictional heating: As the Earth's core and mantle moved and convected, the friction generated heat. This process is known as tectonic heating. Plate tectonics and the movement of the Earth's lithosphere, generate friction which produces heat.Impact heating: The Earth was also heated by the impact of large bodies such as comets and asteroids, which released a significant amount of energy upon impact. This process is known as impact heating, it occurs when a celestial body strikes the Earth's surface with enough force to generate heat.Tidal heating: The heat is also produced by the friction generated by the gravitational pull of the moon and the sun on the Earth's surface, which causes the tides. This process is known as tidal heating, it occurs when the gravitational pull of celestial bodies causes friction between the surface of a planet and its interior, generating heat.
All these factors contributed to the Earth's interior heat, which continues to be generated today and drive the processes such as plate tectonics, volcanic activity, and geothermal activity that shape our planet. The heat from the interior of the Earth is also responsible for the Earth's magnetic field, it is generated by the motion of molten iron in the Earth's core.
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the eye of a category 2 hurricane is 450 nautical miles away and forecast to come ashore at your coastal location. the tropical storm-force winds extend 150 nautical miles. if the hurricane's forward speed is 20 knots, how long before tropical storm-force winds begin to affect your community? a. 10 hours b. 15 hours c. 20 hours d. 30 hours
Answers
If the hurricane's forward speed is 20 knots, it will take 30 hours before tropical storm-force winds begin to affect your community.
When should you be most alert for hurricanes?An advisory for a hurricane is more serious. It signifies that a specific area is likely to see hurricane-force winds. In order to give people enough time to make preparations for the storm, experts issue these warnings 36 hours before tropical storm-force winds are anticipated in the area.
What do hurricane alerts mean?48 hours before the area is expected to experience tropical storm-force winds, a hurricane watch is issued. Prepare your home and go over your evacuation strategy during a hurricane watch in case a hurricane or tropical storm warning is issued.
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Humans first appeared during the ____
Era.
O
Precambrian Time
Mesozoic Era
Paleozoic Era
Cenozoic Era
Answers
Answer:
the answer is D: Cenozoic Era
Answer:
ITs c
Explanation:
Cenzoic era