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The image displays nitrogen oxide emissions (g/km) data by speed (kph) for four vehicles: Buses, Lorries, Petrol cars, Diesel cars. Buses: 10kph: 40g/km, 20kph: 36g/km, 30kph: 33g/km, 40kph: 30g/km, 50kph: 28g/km, 60kph: 27g/km, 70kph: 27g/km, 80kph: 29g/km, 90kph: 31g/km, 100kph: 34g/km, 110kph: 37g/km, 120kph: 40g/km, 130kph: 43g/km. Lorries: 10kph: 33g/km, 20kph: 30g/km, 30kph: 27g/km, 40kph: 25g/km, 50kph: 22g/km, 60kph: 18g/km, 70kph: 16g/km, 80kph: 18g/km, 90kph: 20g/km, 100kph: 22g/km, 110kph: 24g/km, 120kph: 26g/km, 130kph: 28g/km. Petrol cars: Between 10-130kph: consistently 10g/km. Diesel cars: 10kph: 7g/km, 20kph: 6g/km, 30kph: 5g/km, 40kph: 5g/km, 50kph: 5g/km, 60kph: 5g/km, 70kph: 5g/km, 80kph: 5g/km, 90kph: 6g/km, 100kph: 6g/km, 110kph: 7g/km, 120kph: 7g/km, 130kph: 8g/km.
Given the complexity of the image, the above description may not be entirely accurate.
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The graph below illusrates the information about emission called nitrogen oxide produced by four machines (buses,lorries,petrol car,diesel car). Overall, it is clear that the most used vehicle were buses and the car which used less emission was diesel car.
The vehicle called bus used 40g of oxide emission with 10 speed but, results decreased to 25g with 60 speed then go up to 45g with 130 speed. While lorries second type of car used emission less than lorries 33g with 10 speed and it went down to almost 15 where speed was 90 but, increase to 25g with 130 kph.
One of the cars which used less nitrogen was petrol car, waste only 10g of emission in every level of speed as diesel car. Diesel car used 7g oof emission with10 speed than during from 20 to 130 speeds did not changed, which was only 5g of nitrogen oxide emission.
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