Answer:
Sorry i don't remember bye
Explanation:
i will try to remember
Answer:
The music industry has shifted from a Markup/Peak market cycle to a Distribution/Contraction cycle market
Explanation:
There are four phases in the market cycle.
1. Accumulation or Expansion
2. Markup or Peak
3. Distribution or Contraction
4. Markdown
- Accumulation occurs as a result of economic growth in the market
- Markup or Peak occurs when the buying pressure reaches it highest level.
- Distribution or Contraction occurs when there is weakening in the market, that is, weakening of the market but not total collapse.
- Markdown occurs when the market has sung down to the lowest possible point, that is when there is total collapse of the market.
The market has a cycle that rotates round like a cycle. The moves from Accumulation to Markup then to the Contraction cycle then to Markdown market cycle.
From the scenario given, the music industry was at the Markup cycle market during the time when the music industry could sign multi-year contracts with artists and sell copyright protected music through establish distribution channels.
However, the music industry experienced the Distribution or Contraction market cycle when there was a decline in the number of Compact Disc sold as a result of a shift to digital format and rise of internet technology which allowed sharing of music over a peer-to-peer network without visiting the music shops to buy Compact Disc from recognized distributors.
Your answer is India and China.
<u>Problems faced in India(water and air pollution)</u>
<em>A diverse range of pollution sources co-exists in urban environments. Conventional sources of air pollution include vehicular emissions, coal-based power plants, fossil fuel consumption in industries and some agricultural activities such as fertilizer application and farm fires. Air pollutants can be natural or may be the result of various anthropogenic activities. Examples include production of brick kilns that use raw wood, agricultural waste or poor quality coal used as a fuel, the roadside burning of organic and plastic waste, cooking that involves the burning of solid biomass or cow dung and the unintentional burning of municipal solid waste at landfills, and construction activities (Kumar et al, 2015) (Figure 3). The local emission inventories point to about 5300 and 7550 tons yr−1 of PM10 and PM2.5 release from waste burning in Delhi, respectively, while the corresponding emissions from construction are 3250 and 10,750 tons yr−1 (Guttikunda and Goel, 2013). Other such sources include diesel generators for temporary power generation in cities, traffic congestion, and </em>
<u>Problems faced in China(water and air pollution)</u>
For over a decade in China, China has been the world’s largest annual emitter of greenhouse gases. Regardless of some pro-ecological alternatives and investments in alternative energy sources, the country’s emissions keep growing, contrary to the worldwide trends.
That seems to be the most worrying part. The other main global polluters, for instance, the US, have been successfully pursuing the reduction of greenhouse gas and particulate matter emissions. That’s not the case with China, which continues to fulfill its growing demand for energy with fossil fuels.
An influx of people meant the risk of overcrowding, which in turn meant that cities often didn’t have enough space to accommodate everyone. People living in close quarters without proper hygiene + newly or poorly developed sanitation systems = disease.
