The charts below show the percentage of electricity consumed by different sectors in Eastern Australia in 2007 and 2010.

Sample Response 1

The given pie charts depict how much energy had been utilized across seven diverse sectors in Eastern Australia between 2007 and 2010. In a nutshell, there was no notable change in energy consumption within housing, transport, mining, agriculture, and commercial. However, manufacturing, aluminum, and other metals exhibited fluctuation during this timeframe.

To be more specific, it is evident from the graphs that household and commercial accounted for 28% and 23% of electricity consumption, respectively, indicating the highest amount of energy usage in all sectors. Transport and agriculture were responsible for 2 percent of energy consumption, collectively, showcasing the lowest amount on energy use in 2007 and 2010.

In contrast, electricity consumption in manufacturing witnessed a slight decrease, dropping from 13 percent in 2007 to 9 percent in 2010. Similarly, aluminum electricity consumption experienced fluctuation from 13 percent in 2010 to 11% in 2010. Notably, there was an increase in other metal electricity consumption in this time period, rising by half from 12% to 18%.

Sample Response 2

The pie charts illustrate the proportion of electricity used in eight different sectors in Eastern Australia in the years 2007 and 2010.

Upon examining the graphs, it is immediately evident that while the amount of electricity consumed by other metals experienced an increase, the opposite was true for Manufacturing and Aluminium. Additionally, the figures for residential and commercial sectors were by far the largest.

In 2007, residential areas accounted for 28% of the total electricity consumption, slightly lower than the 23% expended for commercial purposes. There was 13% of the power consumed by manufacturing and aluminium, whereas the data for other metals and mining were slightly below, at 12% and 9% respectively. In contrast, electricity consumption for transport and agriculture made up only negligible figures.

Over the three years that followed, the percentage of electricity used by other metals rose insignificantly to 18%, while those of aluminum and manufacturing fields saw a slight decrease to 11% and 9% respectively. Interestingly, the rates of electricity consumed by the other sectors remained as similar as the initial figures.

Sample Response 3

The pie charts illustrate electricity consumption in various sectors in Eastern Australia in the years 2007 and 2010.

It is evident that the electricity consumption in most sectors remained constant, except for Aluminium, Manufacturing, and Other Metal fields over the given period. Additionally, the figures for residential and commercial sectors were notably higher.

In 2007, residential areas accounted for 28% of total electricity consumption, while 23% of electricity was utilized for commercial purposes. The manufacturing and aluminium sectors each consumed 13% of the electricity, whereas the figures for other metals and mining were slightly lower at 12% and 9% respectively. In contrast, electricity usage in transport and agriculture made up only negligible proportions.

In 2010, there was a significant 6% increase in the electricity consumption by other metal sectors. Conversely, the proportions for aluminum and manufacturing fields experienced a slight decrease to 11% and 9% respectively. Interestingly, the proportions of electricity consumed by the remaining sectors remained similar to the initial figures.

Sample Response 4

The provided pie charts compare the consumption of electricity in various sectors in Eastern Australia in 2007 and 2010. It is noticeable that residential use made up the largest proportion, while the opposite was true for agriculture and transport. Other metals were the only sector experiencing a rise in electricity consumption, whereas most of the other areas remained the same.

In 2007, 12% of the total power consumed came from the other metals sector, slightly lower than the manufacturing and aluminium sectors, both at 13%. The use of electricity in other metals increased to 18% in 2010, while the opposite trend was observed in manufacturing and aluminium, as the figures went down to 9% and 11%, respectively.

Residential consumption of power accounted for 28% in 2007, while the percentage for agriculture and transport stood at only 1%. The commercial sector constituted slightly less than a quarter of the total power use, which was 14%.

Sample Response 5

The charts provide information on the percentage of power used by various sectors in Eastern Australia in 2007 and 2010. Most evidently, we can see that while the share of power usage in most industries remained the same, there was a change in manufacturing, aluminum, and the production of other metals.

In 2007, the residential sector accounted for more than a quarter of all energy use, making it the largest single energy-consuming industry. This is followed by the commercial sector at 23%, and the manufacturing and aluminum mining sector at 13% each. Transport and agriculture both used a measly 1% each, while mining took up 9%.

By 2010, the energy usage of most sectors remained unchanged as a percentage of the total. Indeed, the residential, commercial, agricultural, transport, and mining sectors maintained their same proportional consumption. However, the aluminum industry’s energy usage dropped from 13% to 11%, while the manufacturing industry’s energy usage also fell from 13% to 9% of the total. Conversely, the share of other forms of metal mining rose from 12% to 18%.

Sample Response 6

The pie charts illustrate the percentage of electricity consumed by different sectors in Eastern Australia in 2007 and 2010.

Overall, the highest percentage of electricity consumption was in the residential sector, while the reverse was true for agriculture in both 2007 and 2010. Additionally, the data for residential, mining, agriculture, commercial, and transport sectors did not change over the 3-year period.

the charts clearly indicates that  the figures for electricity consumption in residential, mining, agriculture, commercial, and transport sectors remained identical at exactly 28%, 9%, 0.8%, 23%, and 1%, respectively. Moreover, residential registered the highest figure at 28%, while agriculture had the lowest at 0.8%.

Concerning other metals, the figure for electricity consumption in this sector in 2007 was lower than in 2010 by 6%. The consumption of electricity for manufacturing and aluminum was equal in 2007, both at exactly 13%. Additionally, the data for aluminum was higher than manufacturing by 2%.

Sample Response 7

The pie charts illustrate electricity consumption by various sectors in Eastern Australia in the years 2007 and 2010.

It is clear that the consumption of electricity from these sectors remained unchanged, except for Aluminium, Manufacturing, and Other Metal fields over the period shown. Additionally, the figures for residential and commercial sectors were by far the largest.

In 2007, residential areas consumed 28% of total electricity, while 23% of electricity was consumed for commercial purposes. There was 13% of electricity consumed by the manufacturing and aluminium sectors each, whereas the figures for other metals and mining were slightly lower, at 12% and 9% respectively. In contrast, electricity consumption from transport and agriculture made up only negligible figures.

In 2010, while the percentage of electricity consumed by other metals rose significantly by 6%, those of aluminum and manufacturing fields saw a slight fall to 11% and 9% respectively. Interestingly, the proportions of electricity consumed by the other sectors were all similar to the initial figures..

Sample Response 8

The provided pie charts visually depict the distribution of electricity consumption among different sectors in Eastern Australia for the years 2007 and 2010.

In summary, there was a slight upturn in electricity usage for other metals, while the sectors of transport, residential, commercial, agriculture, and mining maintained a consistent pattern. Conversely, both manufacturing and aluminum experienced a minor decline in electricity consumption during this period.

To elaborate, the pie charts reveal that in 2007, other metals accounted for 12% of total electricity consumption, and this figure gradually rose to 18% by 2010. Meanwhile, electricity consumption in the sectors of transport, residential, commercial, agriculture, and mining remained stable from 2007 to 2010.

On the contrary, in 2007, manufacturing constituted 13% of electricity consumption, and this percentage slightly decreased to 9% in 2010. Similarly, the use of electricity in the aluminum sector saw a comparable drop, declining from 13% in 2007 to 11% in 2010.