If you are coming from California to NY it will be shorter going. Returning to CA. will take longer, approx. half an hour longer. Going west you are flying against the air currents always takes longer.
oh yeah they can't if you are doing ur home work now then this is the answer!!!
The average flight time would be between 6 hours to 8 hours, depending on airport you fly to (JFK or Newerk Liberty) and also depending on airport congestion. It also depends on wind, when flying from the UK to USA you are flying against the wind and that slow downs the flight , hence it takes longer to fly to the US than returning to the UK from the US
The moon is much closer to us than the sun is.
The geese fly in a V formation because they can flow off of each others air waves. It helps them be able to fly longer and farther before needing to rest.The goose in the front trades places with one of the back birds every once in a while.
Most commercial jet liners fly in the stratosphere. Some military aircrafts fly higher than that. Small planes fly lower than the jet liners.
It can take longer to fly to a country than it does on the way back, but it is dependent on winds and travel conditions.It can sometimes take longer to fly to a country than the journey back because of the wind. It is a well known fact that when flying East you are travelling against the wind and when flying West you are going with the wind.
cause a plane go faster when they are going down
Because It takes longer to fly over Queensland Queenslanders are slow
Because of their wings that makes them fly longer than other birds
How far you fly does not really affect how fast your flight is.
Distance from New York to Poland is shorter and there are more air connections than from California, so it is easier, faster and cheaper to fly from New York rather than from California.
The flight time from New York (NY) to California (CA) is: 5 hours, 20 minutes
No, a flies lifespan can be longer than this.
Depends on the wind direction
Since geese fly in V formation to conserve energy by flying in the wake of the previous bird I believe that the longer arm of the V has less wind resistance and it therefore easier to fly in.
Because when you fly from chicago to tokyo, you fly with the movement of the earth, and when flying back to chicago, you fly against it. It's like trying to catch up with a car in front of you: it moves in the same direction, so it takes longer for you to catch up with it than when it moves in the opposite direction.
The Concorde no longer flies because it needs lots of fuel to fly