Importance of chemistry in transportation

Answer 1

Chemistry is all over transportation:

1) Fuels and lubricants - from petrochemistry to biofuels

2) Combustion - fuel efficiency to emissions (i.e. catalytic converters)

3) Materials - plastics, composites, rubber tires and seals, paint

4) Alternative vehicles: batteries, fuel cells, hydrogen production

5) Infrastructure paving materials

Answer 2

The fuel/air mixture for combustion in the engine.

Also the car battery creates electricity chemically.

Other vehicle fluids and oils have special chemical properties to do their jobs.

Answer 3

Oh, dude, chemistry in transportation is like the secret sauce that makes everything work smoothly. From fuel combustion in engines to materials used in vehicle construction, chemistry plays a crucial role in ensuring our planes, trains, and automobiles run efficiently and safely. So, like, next time you hop on a bus or fly in a plane, just remember, it's all thanks to those chemical reactions doing their thing Behind the Scenes.

Answer 4

One major contribution of chemistry in transportation is the formulation of many different kinds of fuels. Also, chemistry is involved in developing the components of all vehicles, such as the frame, body, seats, tires, engines, etc... .

Answer 5

Chemistry plays a crucial role in transportation through fuel production, vehicle materials, and emissions control. It helps optimize fuel efficiency by studying combustion reactions, develop lightweight and durable materials for vehicles, and create catalysts to reduce harmful emissions from engines. Overall, chemistry in transportation contributes to sustainability, performance, and safety in the industry.

Answer 6

For example all fuels are chemical products. Also materials for clothes and shoes, for planes and boats, for trains and buses, etc.

Answer 7

All fuels, paints, lubrifiants, tires, etc. are chemical products.