here the distance between the two crests is 6mt so the wavelength of the wave is 6 m and 1 wave goes every 6 sec so the frequency of the wave is 1/t=1/6 so the velocity of wave is 3*(1/6)=1/2mt/sec
Since seconds measure time, and a meter is a measure of distance, one could say that a given distance one meter long will last an infinite number of minutes. However, what happens in that meter during eternity will likely involve a whole lot of change!
Mark Tewksbury sorry not sure of the spelling , He's an Olympic Swimmer
It traps a layer of water between your skin and the rubber. The layer of water warms up because of your body heat and helps keep you protected from the cold water. The thicker the rubber wetsuit the warmer you will be.
in order to be a decent swimmer you have to know at least backstroke and freestyle well. that means you can do it with out getting super tired.
We know that the density of the sea water is more than the density of the river water. So, the weight of displaced sea water is more than the weight of displaced river water. This weight gives the upward Buoyant force to the swimmer. Thus, the apparent weight of the swimmer is less in the sea water. Hence he finds it easier to swim in the sea water.
Long Distance Swimmer was created in 2007.
1/2 meter per second. OR 1.12 miles per hour.
it depends how fast the swimmer is
Since seconds measure time, and a meter is a measure of distance, one could say that a given distance one meter long will last an infinite number of minutes. However, what happens in that meter during eternity will likely involve a whole lot of change!
4.208 Mp/s Do 526/125.
It would depend upon the speed of the swimmer, and whether the swimmer is actually a dog, or a human.
Time = Distance/Speed = 900/1.5 = 600 seconds = 10 minutes. You would have to be a pretty good club swimmer to maintain that speed for that distance.
infinite
15 seconds and michael Phelps make this
me
could be a long distance swimmer
Since the swimmer crosses 164 ft in 41 seconds, the rate is 164/41 ft/sec = 4 ft/sec.