The charts compares the value changes in UK metal industry between 1970 and 2000. While, UK demand and UK production fell over time, the import rose . The second line graph reveals the employment status in UK steel industry. As the graph shows, UK demand in the begin was in the higher line with 200000 in 1970, but it slowly decreased about 180000 in 1980. Then the UK demand rapidly declined approximately 110000 in 1990. Afterward, the demand slightly went down from 1990 to 2000. The UK production at the beginning was around 160000 in 1970. Then the value steadily dropped approximately 9000 from 1970 to 1990. Afterward the value kept unchanged between 1990 and 2000. The import at the beginning was in the bottom line with around 1 in 1970. Then gradually increased to 500000 from 1970 to 1990. Afterward, the import substantially climbed around 700000 in 2000. Regarding working parties status in UK steel industry. In the beginning of year employments were 50000 in 1970. Then slowly fell to 40000 between 1970 and 1980, and considerable plunged to 20000 in 1990. Then the status slightly decreased around 19000 from 1990 to 2000.
The table chart illustrates the number employees and manufactures in both England and Wales from 1851 to 1901. Overall, the numbers of employees were dwindling whilst factories' numbers stayed roughly the same over the fifty-year period. Looking in closer detail to the table, it can be highlighted that the number of employees in 1851 was worth 477 100 for a total of 225 factories with a majority of males. A decade later, the number of factories jumped slightly to 227 with a noticeable decrease of employes, mainly composed by females, who represented 160 000 workers versus 131780 male workers. In 1871, the number of manufacturing facilities lifted overwhelmingly up, to nearly 3 times higher, with a steady decline for the employees’ number. However, men are this time more represented in the workers. This trend will continue until 1891, when the number of factories moved down from 721 in 1881 to 625 one decade later. With less workers and more males than females, the quantity of factories arrived to a point of 600 factories in 1901, involving a bottom of 61 000, concerning the total employee number. To conclude, we can say with confidence that throughout the second part of the 19st century, the number of factories increased with a significant decrease in the number of workers, no matter they are males or females.
The two maps illustrated the distribution of the facilities of the May city in 1950 ( the one on the top) and in present ( the one on the bottom).
The table chart illustrates the number employee and manufacturers in both England and Wales from 1851 to 1901. Overall, the number of employees was dwindling whilst factories' numbers stayed roughly the same over the fifty-year period. Looking in closer detail to the table, it can be highlighted that the number of employees in 1851 was worth 477 100 for a total of 225 factories with a majority of males. A decade later, the number of factories jumped slightly to 227 with a noticeable decrease of employees, mainly composed of females, who represented 160 000 workers versus 131780 male workers. In 1871, the number of manufacturing facilities lifted overwhelmingly up, to nearly 3 times higher, with a steady decline in the employees’ number. However, men are this time more represented in the workers. This trend will continue until 1891, when the number of factories moved down from 721 in 1881 to 625 one decade later. With fewer workers and more males than females, the number of factories reached the point of 600 factories in 1901, involving a bottom of 61 000, concerning the total employee number. To conclude, we can say with confidence that throughout the second part of the 19th century, the number of factories increased with a significant decrease in the number of workers, no matter whether they were males or females.
Diagram 1 shows a food web containing eight food chains that are marked numerically, i.e. each number indicates a food chain involving the primary producer up to the apex consumer. Refer to Diagram 2 for the categories of consumers in a food chain presented hierarchically. Describe the food web through these links, drawing examples from your natural environment, in at least 150 words. Use the following additional information if necessary: Primary producers (plants) occupy the bottom level in a food chain/food web; Apex consumers (hawk in Diagram 1) occupy the top level.
The charts compares the value changes in UK metal industry between 1970 and 2000. While, UK demand and UK production fell over time, the import rose . The second line graph reveals the employment status in UK steel industry. As the graph shows, UK demand in the beginning was in the higher line with 200000 in 1970, but it decreased slowly about 180000 in 1980. Then the UK demand declined rapidly to approximately 110000 in 1990. Afterward, the demand went down slightly from 1990 to 2000. The UK production in the beginning was around 160000 in 1970. However, the value dropped steadily to approximately 9000 from 1970 to 1990. Afterward the value kept unchanged between 1990 and 2000. The import at first was in the bottom line with around 1 in 1970. Then gradually increased to 500000 from 1970 to 1990. Afterward, the import climbed substantially to around 700000 in 2000. Regarding working parties status in UK steel industry. In the beginning of year employments were 50000 in 1970. Then slowly fell to 40000 between 1970 and 1980, and plunged considerably to 20000 in 1990. Then the status decreased slightly to around 19000 from 1990 to 2000.
The diagram below illustrates how a simple water filter is constructed and how it functions to produce clean drinking water. Write a report for a university lecturer describing the diagram below. The given diagram shows the process of producing clean drinking water by a water filter. It can be seen that there are numerous steps in the process from the initial impure water to the final potable water. In the first step, impure water is put into a metal (iron or steel) container with a wooden top. In the metal container there are three filtering layers, namely sand, charcoal and gravel, with sand at the top and gravel at the bottom. In the bottom part, the water, which is filtered through the three layers, is stored temporarily. An angled metal pipe is there which has the lower opening in the bottom part of the water filter tank. The upper part of the pipe comes out from the upper part and is linked to another closed metal tank. The filtered water from the first tank is brought into the second tank, which is at a lower level than the first tank. There is a tap attached to the bottom part of the tank, through which the clean drinking water can be taken out for drinking.