Our system will evaluate the answer based on this AI-generated description.
The image is a line graph depicting nitrogen oxide emissions (mg/km) versus speed (kph) for diesel cars, petrol cars, lorries, and buses. Diesel cars: 10kph-40, 20kph-35, 30kph-30, 40kph-25, 50kph-20, 60kph-19, 70kph-18, 80kph-20, 90kph-25, 100kph-30, 110kph-35, 120kph-40, 130kph-42. Petrol cars: 10kph-25, 20kph-20, 30kph-15, 40kph-10, 50kph-8, 60kph-9, 70kph-12, 80kph-15, 90kph-20, 100kph-25, 110kph-30, 120kph-31, 130kph-30. Lorries: 10kph-30, 20kph-28, 30kph-27, 40kph-26, 50kph-25, 60kph-24, 70kph-23, 80kph-24, 90kph-25, 100kph-27, 110kph-28, 120kph-29, 130kph-30. Buses: 10kph-45, 20kph-40, 30kph-35, 40kph-30, 50kph-29, 60kph-30, 70kph-32, 80kph-35, 90kph-37, 100kph-39, 110kph-40, 120kph-41, 130kph-42.
Given the complexity of the image, the above description may not be entirely accurate.
Skyrocket your IELTS band score by 1-2 points in under a month with our premium plan!
Note: Both the topic and the answer were created by one of our users.
The line graph illustrates the number of the nitrogen oxide emissions generated by four transportations. Overall, the majority of the gas was released by buses, followed by lorries. Petrol car faced a slight increase and diesel car remain stable throughout the speed.
At the speed of 10, busses producedv40 g/km of nitrigen oxide, which was considered high compared to lorries, around 33 g/km. The emission of both vehicles declined as the speed raised. Buses emission reached a low of about 26 g/km at 60 kph, while emissions from lorries fell to approximately 17 g/km at 90 kph. After these points, both figured increased, buses rosed to 42 g/km at 130 kph and lorries reaching around 24 g/km.
Petrol car produced about 11 g/km at 10 kph and gradually decreased to 8 g/km at 90 kph, before raising slightly to approximately 12 g/km at 130 kph. The same pattern can be seen with diesel car, generated about 6 g/km at 10 kph before decreasing slightly to 5 g/km at 50kph then remained stable at 50 kph throughout the speed.
Word Count: 178