As the Engine capacity/size increases it is unavoidable that the rest of the engine has to increase in size to cope with the larger forces the larger engine capacity produces.
This has the unavoidable effect of increasing friction, and reducing Fuel Efficiency.
Hence a 4 liter engine will use more fuel than a 2 liter engine if all other things such as:
Technology, weight of vehicle, driving style, fuel type etc are the same.
Having a vehicle capable of 180MPH, that does 15MPG is regarded as "a problem" by some when the speed limit is 55MPH and a vehicle capable of 100MPH will do 60MPG.
**Cars with big engines are considered a problem because it uses more fuel and creates bigger emissions.
Most cars this is not a problem, the engines are identical.
Luxury cars, but later also big engines and powerplants.
Yes, there were many early cars in the 1890's. Believe it or not, electric cars were big in for a couple decades! Steam powered cars were also available as well as the early gasoline engines.
The fact is that most muscle cars have big V8 engines that are built for raw power but the one problem is that muscle cars are heavy which import cars are not but the V8 can make up for it with most going over 400+ HP and there are not that many import cars that can match that, in the end pure power wins the race.
Internal combustion gasoline or diesel engines power cars. Cars are also powered by electric motors.
that isn't always true. however, smaller engines are made towards higher rpm's. and also rev up faster. larger engines are more for torque, and smaller engines are more compact and for lighter cars.
Basically, the muscle cars.
Older cars are not so efficient and geneate more CO2 emissiong while new cars have more efficient engines and generates way less CO2 for the same horsepowers.
engines
For the same reason why muscle cars and sport cars rev their engines.
Some Volkswagens and Ferraris have aluminum engines
If the train had 96 cars and one engine for every 24 cars, you would divide the total number of cars by the number of cars per engine to find the number of engines. So, 96 cars divided by 24 cars per engine equals 4 engines. Therefore, the train had 4 engines.