You should spend about 20 minutes on this task. Write at least 150 words.
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.
Summarise the information by selecting and reporting the main features, and make comparisons where relevant.
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Part 1
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The first chart illustrates the average energy used in Australian households, while the second chart demonstrates the greenhouse gas emissions that result from the energy use.
Overall, energy use and greenhouse emissions are connected to each other. Firstly, the largest energy use is heating, covering half of the portion and accounting for 42%, while water heating utilizes 30%. On the other hand, other appliances use 15% of energy, and refrigeration, cooling, and lighting account for 7%, 4%, and 2%, respectively. Moreover, household greenhouse gas emissions occur from the same sources, particularly exemplified by water heating, which accounts for 32% of emissions, while other appliances contribute 28%, resulting in a rise in emissions rather than energy consumption. Heating covers a small portion, accounting for 15%. Similarly, cooling, lighting, and refrigerators contribute almost the same proportion, like 3% and 8%, and refrigeration respectively increased in emission accounted for 14%.
i got 7.5 from writing in real exam, and the task 1 was about comparison like thisss, so there are plenty of professional ways to write this kinda essays……………
7.5/8.0
The first chart illustrates how energy is used in an average Australian household, and the second one shows the greenhouse gas emissions. Overall, it is immediately apparent that both charts are relatively connected, since proportions are similar, and heating is the most pronounced in the energy usage and water heating in terms of gas emissions.
Regarding the household energy demands, heating accounted for 42%, creating a visible disparity between other categories. This is followed by water heating and other appliances, at 30% and 15%, respectively. Meanwhile, refrigeration, lighting, and cooling are marginal by comparison, reaching 7%, 4%, and 2% respectively.
Turning to the chart informing about emissions, water heating and other appliances are primary emitters, accounting for 32% and 28%, respectively, which means that those two combined account for more than half of the total emissions. The third largest segment was refrigeration, at 14%. And the least-significant sectors, namely heating, lighting and cooling, are consequently marginalized, constituting a negligible 15%, 8%, and 3%, respectively.
The first chart illustrates average energy use in an Australian household, while the other one gives information about the greenhouse gas emissions that result from energy use.
Overall: mainly energy was usend for heating and water heating in Australia while other sectors consume less energy
As it can be seen that in the first pie chart, the biggest energy use is for heating 42%. Focusing on water heating is used for 30% and other appliances consume 15% energy. In contrast with refrigeration, which proportion only 7%, lighting with 4% and cooling with only 2%, accounted for the less important proportion.
Turning to the second pie chart, water heating with 32% of consumption and other appliances with 28% of consumption, accounted for the most negative sectors proportion. Heating and refrigeration more or less shared with same result, 15% for heating and, 14% for refrigeration emits greenhouse gass. Last but not least is lighting which is accounted for 8% and, cooling which is only used for 3% of green house gas emmition.
The first chart illustrates typical energy use in an Australian household, while the second gives information about the greenhouse gas emissions that result from energy use.
Overall, energy use in an Australian household consists mainly of heating and water heating, while other amenities consume less energy. Regarding greenhouse gas emissions, water heating and other appliances have the highest expenditure in comparison to others. In both cases, water heating has the greatest proportion in energy use and gas emissions.
In an Australian household, the greatest percentage of energy was on water heating (around 30%) and predominantly on heating (approximately 42%). Whereas other amenities, such as cooling, lighting, other appliances, and refrigeration, represent lower percentages of energy, nearly 2%, 4%, 15%, and 7%, respectively.
As for greenhouse gas emissions from an Australian household, the percentage from water heating is just about 32%, and other appliances account for nearly 28%, which dominates over others. While refrigeration, heating, cooling, and lighting stand at the lowest point out of other facilities. I got 6 band. Pls give me some tips for enhancing my writing
The provided pie charts illustrate the distribution of energy consumption and the corresponding greenhouse gas emissions arising from energy use in an average Australian household.
A prominent distinction is evident between the energy consumption methods and their associated greenhouse gas emissions, with heating and water heating dominating both categories.
The first pie chart reveals that energy consumption in Australian households is predominantly allocated to heating, which constitutes 42% of total energy usage. Following this, water heating accounts for 30% of household energy expenditure. Refrigeration, while significant, comprises a smaller proportion at 7%. Moreover, other appliances collectively consume 15%, lighting contributes 4%, and cooling lags with a mere 2% share of total energy use.
Conversely, the second pie chart delineates greenhouse gas emissions from household energy usage, with water heating leading at 32%. Notably, emissions from other appliances represent 28%, a substantial figure that highlights their impact. Heating produces 15% of emissions, while refrigeration accounts for 14%, signifying an increase relative to its energy use share. Additionally, emissions from lighting and cooling are lower, at 8% and 3% respectively. Overall, it is evident that water heating significantly influences both energy use and greenhouse gas emissions, showcasing a clear correlation between the two parameters.
Band 8
The two charts show how energy is used in an average Australian household and the greenhouse gas emissions caused by this use.
Overall, heating uses the most energy, but water heating produces the most emissions. Energy use does not always match emissions.
Heating is the largest energy user at 42%, followed by water heating at 30%. Other appliances use 15%, refrigeration 7%, lighting 4%, and cooling 2%.
For greenhouse gas emissions, water heating produces the most at 32%, followed by other appliances at 28%. Heating produces 15%, refrigeration 14%, lighting 8%, and cooling 3%.
Heating uses the most energy but produces fewer emissions. Water heating produces the most emissions even though it uses less energy.
The highly detailed pie chart illustrate the information about average Australian hosehold used their energy. The second pie chart shows information about the greenhouse gass emission which result from this energy use.
Overall, the most striking aspect shown in the this figure is that heating used the most significant energy used by household. Meanwhile, water heating and other appliances accounted for the most crusial gas emission.
As it can be seen that in the first pie chart, the biggest energy use comprises heating 42%. Focusing on water heating accounted for 30% and other appliances consume 15% energy. In contrast with refrigeration, which proportion only 7%, lighting with 4% and cooling with only 2%, accounted for the less significant proportion.
Turning to the second pie chart, water heating with 32% of emission and other appliances with 28% of emission, accounted for the most negative aspects proportion. Furthermore, heating and refrigeration shared with almost same result, 15% for heating and, 14% for refrigeration emits greenhouse gass. Subsequently, lighting accounted for 8% and, cooling shared proprtion only 3%.
BAND 7
The first pie chart illustrates how energy is used in an average Australian household. The second pie chart demonstrates the greenhouse gas emissions which result from this energy use.
Overall, it is noticeable that heating used the most significant energy by households. Meanwhile, water heating and other appliances accounted for the most crucial gas emissions.
To start with, heating with 42%, accounted for the most significant energy use, water heating consumed 30%, and other appliances accounted 15%. In contrast with refrigeration, which accounted only 7%, lighting with 4%, and cooling with only 2%, accounted for the less significant proportion.
Moving to the second pie chart, water heating with 32% of emissions and other appliances with 28% of emissions, accounted for the most significant proportions. Furthermore, heating and refrigeration shared with almost the same result, 15% for heating and 14% for refrigeration. However, lighting accounted for 8%, and cooling shared with only 3%.
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The first chart illustrates the average energy used in Australian households, while the second chart demonstrates the greenhouse gas emissions that result from the energy use.
Overall, energy use and greenhouse emissions are connected to each other. Firstly, the largest energy use is heating, covering half of the portion and accounting for 42%, while water heating utilizes 30%. On the other hand, other appliances use 15% of energy, and refrigeration, cooling, and lighting account for 7%, 4%, and 2%, respectively. Moreover, household greenhouse gas emissions occur from the same sources, particularly exemplified by water heating, which accounts for 32% of emissions, while other appliances contribute 28%, resulting in a rise in emissions rather than energy consumption. Heating covers a small portion, accounting for 15%. Similarly, cooling, lighting, and refrigerators contribute almost the same proportion, like 3% and 8%, and refrigeration respectively increased in emission accounted for 14%.
i got 7.5 from writing in real exam, and the task 1 was about comparison like thisss, so there are plenty of professional ways to write this kinda essays……………
7.5/8.0
The first chart illustrates how energy is used in an average Australian household, and the second one shows the greenhouse gas emissions. Overall, it is immediately apparent that both charts are relatively connected, since proportions are similar, and heating is the most pronounced in the energy usage and water heating in terms of gas emissions.
Regarding the household energy demands, heating accounted for 42%, creating a visible disparity between other categories. This is followed by water heating and other appliances, at 30% and 15%, respectively. Meanwhile, refrigeration, lighting, and cooling are marginal by comparison, reaching 7%, 4%, and 2% respectively.
Turning to the chart informing about emissions, water heating and other appliances are primary emitters, accounting for 32% and 28%, respectively, which means that those two combined account for more than half of the total emissions. The third largest segment was refrigeration, at 14%. And the least-significant sectors, namely heating, lighting and cooling, are consequently marginalized, constituting a negligible 15%, 8%, and 3%, respectively.
The first chart illustrates average energy use in an Australian household, while the other one gives information about the greenhouse gas emissions that result from energy use.
Overall: mainly energy was usend for heating and water heating in Australia while other sectors consume less energy
As it can be seen that in the first pie chart, the biggest energy use is for heating 42%. Focusing on water heating is used for 30% and other appliances consume 15% energy. In contrast with refrigeration, which proportion only 7%, lighting with 4% and cooling with only 2%, accounted for the less important proportion.
Turning to the second pie chart, water heating with 32% of consumption and other appliances with 28% of consumption, accounted for the most negative sectors proportion. Heating and refrigeration more or less shared with same result, 15% for heating and, 14% for refrigeration emits greenhouse gass. Last but not least is lighting which is accounted for 8% and, cooling which is only used for 3% of green house gas emmition.
The first chart illustrates typical energy use in an Australian household, while the second gives information about the greenhouse gas emissions that result from energy use.
Overall, energy use in an Australian household consists mainly of heating and water heating, while other amenities consume less energy. Regarding greenhouse gas emissions, water heating and other appliances have the highest expenditure in comparison to others. In both cases, water heating has the greatest proportion in energy use and gas emissions.
In an Australian household, the greatest percentage of energy was on water heating (around 30%) and predominantly on heating (approximately 42%). Whereas other amenities, such as cooling, lighting, other appliances, and refrigeration, represent lower percentages of energy, nearly 2%, 4%, 15%, and 7%, respectively.
As for greenhouse gas emissions from an Australian household, the percentage from water heating is just about 32%, and other appliances account for nearly 28%, which dominates over others. While refrigeration, heating, cooling, and lighting stand at the lowest point out of other facilities. I got 6 band. Pls give me some tips for enhancing my writing
The provided pie charts illustrate the distribution of energy consumption and the corresponding greenhouse gas emissions arising from energy use in an average Australian household.
A prominent distinction is evident between the energy consumption methods and their associated greenhouse gas emissions, with heating and water heating dominating both categories.
The first pie chart reveals that energy consumption in Australian households is predominantly allocated to heating, which constitutes 42% of total energy usage. Following this, water heating accounts for 30% of household energy expenditure. Refrigeration, while significant, comprises a smaller proportion at 7%. Moreover, other appliances collectively consume 15%, lighting contributes 4%, and cooling lags with a mere 2% share of total energy use.
Conversely, the second pie chart delineates greenhouse gas emissions from household energy usage, with water heating leading at 32%. Notably, emissions from other appliances represent 28%, a substantial figure that highlights their impact. Heating produces 15% of emissions, while refrigeration accounts for 14%, signifying an increase relative to its energy use share. Additionally, emissions from lighting and cooling are lower, at 8% and 3% respectively. Overall, it is evident that water heating significantly influences both energy use and greenhouse gas emissions, showcasing a clear correlation between the two parameters.
Band 8
The two charts show how energy is used in an average Australian household and the greenhouse gas emissions caused by this use.
Overall, heating uses the most energy, but water heating produces the most emissions. Energy use does not always match emissions.
Heating is the largest energy user at 42%, followed by water heating at 30%. Other appliances use 15%, refrigeration 7%, lighting 4%, and cooling 2%.
For greenhouse gas emissions, water heating produces the most at 32%, followed by other appliances at 28%. Heating produces 15%, refrigeration 14%, lighting 8%, and cooling 3%.
Heating uses the most energy but produces fewer emissions. Water heating produces the most emissions even though it uses less energy.
The highly detailed pie chart illustrate the information about average Australian hosehold used their energy. The second pie chart shows information about the greenhouse gass emission which result from this energy use.
Overall, the most striking aspect shown in the this figure is that heating used the most significant energy used by household. Meanwhile, water heating and other appliances accounted for the most crusial gas emission.
As it can be seen that in the first pie chart, the biggest energy use comprises heating 42%. Focusing on water heating accounted for 30% and other appliances consume 15% energy. In contrast with refrigeration, which proportion only 7%, lighting with 4% and cooling with only 2%, accounted for the less significant proportion.
Turning to the second pie chart, water heating with 32% of emission and other appliances with 28% of emission, accounted for the most negative aspects proportion. Furthermore, heating and refrigeration shared with almost same result, 15% for heating and, 14% for refrigeration emits greenhouse gass. Subsequently, lighting accounted for 8% and, cooling shared proprtion only 3%.
It’s really hard cause there are so many grammatical mistakes at least for me, really complex and sophisticated
BAND 7
The first pie chart illustrates how energy is used in an average Australian household. The second pie chart demonstrates the greenhouse gas emissions which result from this energy use.
Overall, it is noticeable that heating used the most significant energy by households. Meanwhile, water heating and other appliances accounted for the most crucial gas emissions.
To start with, heating with 42%, accounted for the most significant energy use, water heating consumed 30%, and other appliances accounted 15%. In contrast with refrigeration, which accounted only 7%, lighting with 4%, and cooling with only 2%, accounted for the less significant proportion.
Moving to the second pie chart, water heating with 32% of emissions and other appliances with 28% of emissions, accounted for the most significant proportions. Furthermore, heating and refrigeration shared with almost the same result, 15% for heating and 14% for refrigeration. However, lighting accounted for 8%, and cooling shared with only 3%.