Rough estimate: 249k (249 thousand)
The amount of tennis balls is roughly equal to V_bus (volume of the bus) / V_ball (volume of one tennis ball) * packing factor.
Take the following assumptions:
1.) a double-decker bus has a volume of 75 m^3
2.) a tennis ball has a diamater of 6.6 cm (radius = 0.033 m)
3.) the packing factor (which accounts for bus interior ~15% and imperfect packing of balls ~35% lost in "voids between balls" due to spherical shape) is equal to (1-0.15-0.35) = 0.5
Therefore the amount of tennis balls = 75 / (4/3pi0.033^3) * 0.5 = ~249115
Roughly 200000 rounded up if you calculate it regularly I would say 40 could fit in 1 seat and there is probably 70 seats estimated in each row so 40 x 140 is 5600 so do that times 5600 x 20 because it’s half of the tennis balls would be 112000 so we will do 70 of the seats x the 70 other seats would be 4900 x 20 is 98000 and 112000 + 98000 is 210000 so we will add 5600 onto 4900 which is 10500 subtract 10500 from 21000 is is 199950
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'.
In Word: Format > Line Spacing > Double. It could not be simpler!
Right, lets see just how big these buses are to begin with: say 40 people downstairs & another 40 up top =80. So we have 80 x 100 000 = 8 000 000. I don't now just what Londoners are going to say about it, but that is one long convoy ! & I think there are more than 8 million of them.
One ton each. So they weigh the same.
It depends on the copy. A copy coin could have either no gold content or it could be pure gold, it is impossible to say because there is no regulation on copy coins.
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Not even close- and not even with pushing and shoving. A double decker can hold about 90 people. Population of London is 8.64 MILLION people. That would take at least 96,378 double deckers.
I'm thinking lacrosse. But i could be wrong. :S I'm thinking lacrosse. But i could be wrong. :S
Before television was invented, tennis balls were white. They would have remained this way if television had not been broadcast on live TV This was because people couldn't see the white tennis balls flying across the screen. So, they were changed to neon green/yellow so that viewers could see them.
70, assuming single deck, not a double decker
In some cases it may be possible by using comparisons, but that depends on the readers being familiar with the concepts. You could say "it fell from the height of a double-decker bus" but that statement would have no meaning to someone who had never seen a double-decker bus. And what would you do if it fell from twice that height? You could not say 2 double-decker buses because that is using a number (2).
A basketball and a globe could be some types of spheres. Orange, soccer ball, marbles, planets, tennis balls, and other balls I guess.
A new tennis ball will bounce higher. Old tennis balls are considered "dead."
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'.
Yes, and the car-carrying shuttle trains which run between Folkestone and Calais are double-decker.The limitation was on the British side. But the new High Speed line to St. Pancras has been built to European size, and a double-decker TGV could in theory get as far as St. Pancras, but AFAIK it has not been attempted yet.
The popular theme for this is anything double. This could mean double-decker sandwiches, two-layer dip, two different kinds of ice cream, even a double chocolate cake! You can even do a double-flavored punch.
Rubber helps Tennis Balls bounce better. If you get the kind of tennis balls with a very solid and not hollow rubber, it won't bounce. If it's hollow it will bounce way better. How could tennis balls not bounce without rubber? Tennis balls are made of rubber because it helps it bounce. This may sound silly, but how could a tennis ball bounce without being made of rubber? Tennis balls need rubber so that when they come into contact with the ground they do not burst or crack. It will dent slightly and go back to its original form. This is an advantage to a tennis ball being made out of rubber. so it can bounce.