You would need four buses. Three would be full and there would be six people on the last bus.
Different double-decker buses can carry different numbers of passengers. If all the passengers were to be seated, you would need 13889 London red buses. Of course, a single double-decker bus, over its lifetime, will carry a million (or more) passengers.
To determine how many buses can carry 90,000 tons, we need to know the capacity of a standard bus. A typical large bus can carry about 10-15 tons of passengers and luggage. If we assume an average capacity of 12 tons per bus, it would take approximately 7,500 buses to transport 90,000 tons.
To determine how many buses are needed to carry 30 people when each bus can carry 7 people, you divide the total number of people by the capacity of each bus. This calculation is (30 \div 7 \approx 4.29). Since you can't have a fraction of a bus, you would need to round up to the next whole number, which means you would need 5 buses to accommodate all 30 people.
One EasyJet Plane (Airbus A319) can carry about 124 passengers. So, 20,161 such planes would be needed for 2.5 million passengers.
To determine how many buses you would need to cover 600 feet, you first need to know the length of a standard bus. A typical city bus is about 40 feet long. Therefore, to find the number of buses needed, you would divide 600 feet by 40 feet per bus, resulting in 15 buses.
Different double-decker buses can carry different numbers of passengers. If all the passengers were to be seated, you would need 13889 London red buses. Of course, a single double-decker bus, over its lifetime, will carry a million (or more) passengers.
To determine how many buses can carry 90,000 tons, we need to know the capacity of a standard bus. A typical large bus can carry about 10-15 tons of passengers and luggage. If we assume an average capacity of 12 tons per bus, it would take approximately 7,500 buses to transport 90,000 tons.
A bus can carry many passengers. If we compare the energy that would be used if all the passengers on a bus were instead driving their own individual cars, the bus uses much less energy. Of course, if all the bus passengers were instead riding bicycles, then even less energy would be used.
To determine how many buses are needed to carry 30 people when each bus can carry 7 people, you divide the total number of people by the capacity of each bus. This calculation is (30 \div 7 \approx 4.29). Since you can't have a fraction of a bus, you would need to round up to the next whole number, which means you would need 5 buses to accommodate all 30 people.
The 747-800 model planes can carry up to a allowed 605 people. More people would fit but the emergency exits will not allow more people.
With a G license in Ontario, Canada, you can carry up to 9 passengers, including the driver. This means you can operate a vehicle that can seat a total of 10 people. However, if you're driving a vehicle designed to carry more than 10 passengers, you would need a different class of license, such as a G2 or higher. Always check local regulations, as they may vary by region.
A double decker bus can hold about 80 people, so 100,000 buses could hold 8 million people. The population of London is around 7.5 million so the answer to your question is 'yes'.
One EasyJet Plane (Airbus A319) can carry about 124 passengers. So, 20,161 such planes would be needed for 2.5 million passengers.
That depends which one. There are mant types of Cessna and you would have to name a type for such an answer
That would depend upon the size of the helicopter, wouldn't it. I have seen tiny one-man choppers, and huge ones. The Russian Mig 6 could carry 90 passengers, but the current largest passenger helicopter, the Sikorsky S-92, can carry 19 passengers.
10,000,000 people divided by 50 people per bus is 200,000 buses.
in the 1800s, the passenger would carry a shotgun to prevent robberies