ChatGPT English Writing3

Toku

November 8, 2023

Writing Task1

折線グラフ Practice1

The line graphs compare the average prices of navigation systems and smartphones in a specific country from July 2004 to December 2006. The data were recorded every six months, and the prices were measured in US dollars.

Overall, the prices of both navigation systems and smartphones were highest in the first six months, and both experienced a downward trend over the following two years. Although the price of a navigation system was initially higher than that of a smartphone in the first six months, their prices became nearly identical in the last six months.

Concerning navigation systems, the average price started at just under 4000 dollars. It then decreased significantly to about 3200 dollars in the following six months before remaining relatively stable during the third six-month period. Subsequently, the price increased to just under 3500 dollars but dropped sharply to about 2750 dollars.

As for smartphones, the average price began at just over 3000 dollars, approximately 1000 dollars lower than that of a navigation system. The price then fluctuated over the next two years, ultimately ending up at around 2700 dollars, which was similar to the price of the other device.

折線グラフ Practice2

The two line graphs depict the monthly average prices of houses on the market and those of houses sold in a specific country from July to December 2005.

In general, house prices on the market exceeded the prices at which houses were sold during this period. Market prices exhibited a declining trend, whereas sold house prices gradually increased, particularly in the last two months. Consequently, the price gap narrowed by the end of the period.

Regarding the average market prices of houses, they commenced at around $335,000 in July, followed by a gradual decrease over the next two months, reaching just under $320,000. Subsequently, there was a significant increase in October to approximately $330,000, but prices experienced a slow decline in the subsequent two months, concluding slightly above $320,000.

Conversely, the selling prices of houses began at $300,000 in July and showed a slight increase in the following month.

棒グラフ1

The two bar graphs illustrate the amounts of money individuals invested in both bonds and stocks annually in a specific country from 2001 to 2006. Overall, the amounts of money invested in stocks were consistently higher than those invested in bonds. Both bonds and stocks experienced upward trends during the given period."

Examining the details more closely, the investment in stocks started at 210 billion dollars in 2001, which was more than double the amount invested in bonds, at 100 billion dollars. Over the following two years, both bonds and stocks saw steady increases, but the rate of increase for bonds was higher, narrowing the gap to 157 billion dollars and 227 billion dollars, respectively, in 2003. However, in 2004, while bonds increased slightly to 162 billion dollars, investments in stocks experienced a significant surge to 289 billion dollars, widening the gap between them once again. In the subsequent two years, both bonds and stocks increased at a similar rate, with 22 billion dollars and 26 billion dollars, respectively, culminating at 311 billion dollars and 188 billion dollars.

棒グラフ2

The bar graphs illustrate the annual consumption of two types of water by various industries in a specific country. These water sources consist of ground water and public supply, with measurements in millions of cubic meters. The industries under consideration encompass fuels, food and beverages, machinery, metals, chemicals, paper, and textiles.

In summary, the chemicals industry consumed the largest amount of water, while the fuels industry consumed the least. Notably, the consumption of public supply exceeded that of ground water in the food/drinks and machinery industries. However, this pattern did not hold true for the other industries."

Examining the details more closely, the chemical industry recorded the highest water consumption in both ground water and public supply, with 430 million and 240 million cubic meters, respectively. The metal industry followed closely with 240 million in ground water and 90 million in public supply. The paper industry ranked third in ground water consumption, totaling 190 million cubic meters, but it did not utilize public supply as extensively, with only 29 million cubic meters. On the other hand, the food/drinks and machinery industries relied on public supply, consuming 190 million and 100 million cubic meters, respectively.