That depends on the type of bus in question.
As buses vary all over the world - with double-decker or single, long or short, the only "international standard" I can think of is the well-known London Routemaster bus, the ones with the open platform at the back.
They weigh 7.6 tonnes
that equates to 8.377566 US tons (short ton) or 7.4799696 UK tons (long ton)
Therefore 40,000 tones would require either 5,348 or 4,775 buses.
They both weigh the same as both of them originally weigh-in at a pound
They weigh the same, both are 100 pounds in weight.
Yes, if the children weigh the same, the seesaw will balance. The seesaw balances when the weight on both sides is equal.
Neither is heavier. You could have 100 bricks and a million feathers, they still weigh a ton. If both weigh a ton, it doesn't matter how many.
'kg' is an abbreviation for kilograms - they are the same thing.
842 buses
same as the number of tramps
No. They're the same thing... :(
No, they are not. There are many similarities in Law, the races, some of the background, but they are not considered to be in the same game universe.
Buses with the same destination don't always travel the same route to get there.
School buses looked the same as they do now.
5.91 double decker traditional routemaster London buses would appear to be the equivelent to a blue whale. Assuming the laden weight of a routemaster to be 23000 kilo's, and a fully grown blue whale to be 136000 kilos.Answera blue whale is longer as three buses.
72000 shares a factor with 40000. This factor is 8000. By having one factor be the same, both of these equations, when divided by the factors NOT shared, will have the same quotient.
If the probability that a bus arrives on time 4 sevenths of a time, it means that for every 7 buses, 4 arrive on time. By deduction it also means that for every 7 buses 3 of them come late. If out of 7 buses 3 come late can you figure out how many buses out of 210 buses will be late based on the same probability? I am sure you can. Good luck!
about the same. but around 70000 pounds
10
The answer is 4000. To work it out, simply divide the larger number by the smaller. You can do that in 3 ways: a) as a standard division, b) by writing 40000/10 (an improper fraction) and cancelling, or c) by indices: since 40000 = 4 x 10^4 and 10 = 10^1 subtracting the indices gives you the answer in the same exponential format.