About 100 gallons of diesel fuel.
The correct possessive form is: The bus's diesel fuel...
Answerit uses some gas, not too much, but enough. It depends on the car for example a Toyota will use less fuel at idle than a city bus. Motor size, where you bought the gas, the vehicles RPM @ idle, and the Octane level of the gas will determine how much is burned.
Depends on the bus and what kind of route it runs. Keep in mind that some city buses are entirely electric. A bus driving long distances on the Interstate will likely fare better in mileage than a city bus (one that runs diesel fuel), on account of it not having the stop-and-go traffic. You take a Greyhound bus, tour bus, etc., running down the Interstate, you're probably looking at 7 - 10 miles per gallon... they have engines built for tractor-trailers, but with considerably less weight. City buses... it's really difficult to say, as there are a lot of variables between different cities, plus the fuel type they use.. some cities have made it a point to run straight biodiesel, which, while appealing to the flower children, also produces 12 - 15% less BTU output than ULSD, and that'll result in more fuel being used.
Travel by train from Reading to Central London or use a bus which will be much cheaper. The distance is about 50 miles.
Within the city, you can use taxi or bus. If you want to travel from a city to another, you may choose either bus or a plane
£150.00
You can cycle and walk to places instead of actually going in a car van loryy bus which uses petrol
In the city you will use more fuel with the A/C on. On the other hand, at highway speeds, you actually use less fuel with the A/C on windows up, versus A/C off windows down.
I think about 8miles per gallon for a greyhound bus. Same as a hummer.
City group is a leading public transportations company with bus operations in Kuwait. It is very well known, safe, can be a little expensive, but not that much. Everyone should use their service.
A bus typically uses mechanical energy (from the engine), electrical energy (for systems such as lights and air conditioning), and chemical energy (from the fuel) to operate.