wandering albatross
16 hours, 50 minutes 17 hours would be 204 miles.
The time it takes will depend on your average speed while traveling. In hours, it will be (490/speed in miles per hour).
Depends on speed. At 60 miles an hour it would take 7 minutes.
Please note that km is a distance, while mph is a speed, so you can't convert that directly. For a speed problem, first convert the kilometers to miles, then use the formula: distance = speed x time
Megahertz (MHz) and miles per hour (MPH) cannot be directly converted because they measure completely different, unrelated physical quantities: frequency (cycles per second) and speed (distance per time). MHz measures the speed of an electronic cycle or wave, not physical movement in miles.
Yes the albratross sleeps while its flying.
Geese do not sleep while flying, they stay awake throughout their journey.
they sit
16 hours, 50 minutes 17 hours would be 204 miles.
The average speed is about 72 to 73 MPH if the flight traveled 364 miles in five hours. That speed depends on the type of Cesna you are flying. The smaller plane has a longer flight time, while a 172 or 182 will have a shorter time.
The 3000 miles is appropriately a bird-fly distance from Virginia (east coast) to California (west coast) that normally takes between 4.5 - 5.0 hrs non-stop flight for a commercial jetliner. However, it depends upon the speed of the flying aircraft. If its speed is Mach 1 (speed of sound) the number of flight hours will be much less.
Yes, a jet fighter can fire its cannons while flying faster than the speed of sound. The bullets fired from the cannons can also travel faster than the speed of sound, effectively hitting the target even when the jet is flying at supersonic speeds.
-- It is 32 miles, regardless of your speed while driving it. -- At that speed, you need 10hours 40minutes to cover that distance.
The time it takes will depend on your average speed while traveling. In hours, it will be (490/speed in miles per hour).
Miles can't be converted to miles per hour. Miles measure length, while miles per hour measure speed.
The fastest flying insect would be the Southern Giant Darner. In a rough field estimate records it flying at 60 miles per hour. However a more reliable text clocks it at 35 miles per hour. As for the ground insect the Australian Tiger Beetle takes the crown at 5.6 miles per hour. One common misconception is that the American Cockroach is the fastest but it falls well short with a speed of just 2.4 miles per hour.
Most waterfowl fly at speeds of 40 to 60 mph, with many species averaging roughly 50 mph. A common flying speed of ducks and geese is between 40 and 50 miles per hour. Geese normally fly at about the same speed as ducks. Which is faster when trying to escape danger? Depends on the individual bird.