<u>Answer:</u>
The statement 'south of London' is an example of 'absolute location' is false.
<u>Explanation:</u>
- A location can be said to be an absolute location when it is defined with exact longitudinal and latitudinal coordinates.
- For instance, the Royal Observatory in Greenwich, London can be said to be an example of 'absolute location' because its location can be pinpointed with the help of longitudes and latitudes.
- When we say south of London, it can be the entire area that falls south of London, which cannot be an example of an 'absolute location'.
Answer:
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Explanation:
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Answer:
The correct answer is C. Some experts have predicted that Romania's economy will improve in the short term.
Explanation:
Since 2002 there have been in Romania years of successful economic growth which has been estimated to be 4.5% per year, which has grown to more than 5% in 2005. Since 2003, wage increases have exceeded the inflation rate, which was around 1.2% per month, but subsequently decreased. In 2005, inflation dropped to 7.8% per year and was estimated to decline also for 2006. Real estate prices are also increasing.
Romania was invited to join the European Union in December 1999, the date on which negotiations began. It entered the EU on January 2007 together with Bulgaria.
The strengths of the Romanian economy vary from region to region. The capital and largest cities in southern and western regions have a per capita GDP, with values approximately double or above the country average. This is a significant economic difference between urban and rural areas.
According to data from the Romanian National Institute of Statistics, in 2019 GDP grew by 4.7% on an annual basis, while the unemployment rate was 4%.
Landforms are shaped by constantly by natural forces
Answer:
Iron cannot release energy either by fission or fusion.
Explanation:
When a high-mass star runs out of hydrogen inside its core, it starts burning helium, and then heavier elements until it reaches iron.
Nuclear fusion of iron cannot occur, because the amount of energy required for the fusion of two nuclei of iron is larger than the energy released.
Therefore, when all the lighter elements lighter than iron have already fuse together, the star cannot burn any other element, so the nuclear fusion inside the core stops and the star collapses on itself, producing a huge explosion known as supernova.