fetch
The lenght of time a wave has traveled or in more intelligent words The Fetch of a wave is the distance over open water over which the wind has blown (further it has travelled, the larger the wave.)
When the wind blows across the water, it changes the water's surface, first into ripples and then into waves.
Not possible. The displacement could be equal to the distance traveled ... if the route of travel was a straight line ... or less than the distance traveled ... if the route of travel was wavy and wiggly. But you can never wind up farther from your starting point than the distance you travel.
Mostly by wind blowing across the water's surface.
Distance traveled per time unit, for example - per hour, goes up linearly with the speed. So double speed means double miles per hour. Some resistances, such as wind resistance for example, increase nonlinear with speed (velocity). Wind resistance increases as something like the third power (speed cubed). So double speed can mean eight times the wind resistance losses. Lubricants, such as oil show similar nonlinear losses. Distance traveled in a unit time increases only linearly with speed. Thus the gain, distance traveled, has gone up less than the efficiency losses.
Fetch
the distance traveled by wind or waves across open water.
I think it's called the 'fetch'
fetch, or Gare but I'm pretty sure it's fetch =)
As wind travels across the water's surface, it pushes against the water and energy in the wind is absorbed by the water.
Mph stands for miles per hour; the distance traveled in an hour.
The lenght of time a wave has traveled or in more intelligent words The Fetch of a wave is the distance over open water over which the wind has blown (further it has travelled, the larger the wave.)
When the wind blows across the water, it changes the water's surface, first into ripples and then into waves.
It is NOT tides. I did this on study island, and the CORRECT ANSWER: WAVES
Not possible. The displacement could be equal to the distance traveled ... if the route of travel was a straight line ... or less than the distance traveled ... if the route of travel was wavy and wiggly. But you can never wind up farther from your starting point than the distance you travel.
Mostly by wind blowing across the water's surface.
By controlling its flow across the sails: If the boat is light enough, it WILL move faster across the water than the wind does.