The First Chart Below Shows How Energy Is Used in an Average Australian Household - Acacemic Writing 1

How Energy is Used in an Average Australian Household
How Energy is Used in an Average Australian Household - Pie Chart IELTS

One of the trickiest assignments in the IELTS Writing module is Describe Image. It can be challenging to perform well on the Describe Image exercise without a solid plan. The Describe Image problem can be practiced in the Pie Chart format because all of the components have been systematically and clearly organized. The title, the information, the legend, and the quantity of pie slices are all parts of the bar graph.

The first chart below shows how energy is used in an average Australian household. The second chart shows the greenhouse gas emissions which result from this energy use.

Australian household energy use

Australian household greenhouse gas emissions

Sample Essay

The first graph shows the amount of energy used by an Australian home on average, and the second shows the greenhouse gas emissions that result from this energy use.

Overall, even though heating and water heating utilize a sizable share of energy, water heating and other appliances are responsible for the majority of greenhouse gas emissions.

At 42 and 30 percent of the total, heating and water heating are the two energy-intensive processes. Another 15% of energy is required by other appliances, which is about twice as much as what is used for refrigeration. With only 4% and 2% of total energy use, respectively, lighting and cooling utilize extremely little energy.

Another significant source of greenhouse gas emissions, accounting for approximately a third of all emissions, is water heating. Other appliances account for 28% of all emissions, which is the second-highest percentage. Surprisingly, just 15% of overall emissions are attributable to heating, which is nearly the same as refrigeration. Lighting and cooling contribute to the final 11%. - 167 Words

Sample Essay 2

The first pie chart shows the typical ways that energy is used, and the second figure shows the greenhouse gas emissions associated with energy use by Australian households. Energy use among Australians spans a number of sectors, including water heating, refrigeration, lighting, cooling, and heating, as well as other equipment.

The first graph shows how much energy the Australians used for domestic purposes. The biggest percentage was 42% for heating, and 30% was used for water heating. While refrigeration uses 7% of energy, lighting uses twice as much as cooling. They consume half as much energy for heating the water as conventional appliances do.

The energy use in the second graph is a result of greenhouse gas emissions. With 32%, water heating has the highest percentage, and other appliances have a slightly lower percentage. The percentage of energy consumed for heating and cooling is approximately same, with refrigeration's percentage being 1% greater. Nearly equal to the cooling percentage in size is the lighting percentage.

When comparing the two figures, the first chart shows a higher level of heating energy usage. The greenhouse gas emissions graph shows a modest rise in the amount of water heated. The percentages for lighting and other appliances are twice as high as those for greenhouse gas emissions. - 211 Words

Sample Essay 3

The first graphic shows how different types of energy consumption are distributed among Australian homes. Indicated by the second diagrammatical slice is the quantity of carbon dioxide equivalents released as a result of residential energy use in Australia.

In Australia, homes typically utilize their water heaters, HVAC systems, and other equipment to consume the majority of their energy. In Australia, heating and cooling appliances are the primary contributors to GHG emissions, followed by water heating appliances.

Domestic energy use in Australia is relatively stable. Energy is mostly used for heating and cooling systems, water heating, and other equipment. Refrigeration and lighting also add to the total expenditure followed by cooking appliances and standby energy consumption.

Greenhouse gases are typically created by heating and cooling appliances, water heaters and other appliances. Lighting and refrigeration both make up for 7% of greenhouse gas emissions correspondingly. Cooking appliances and standby energy expenditure also marginally contribute to greenhouse emissions..

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