like about 50 per fast
The Titanic's maximum speed was 28 mph (44 kmh).
it's a type of speed measurement
It was 1 knot away from it's top speed so that meant it hit she iceberg starboard at 23 knots.
A knot is a nautical mile per hour. To convert knots to miles per hour you multiply a knot by 1.15. So when you hear the Titanic pursued a top speed of 23 knots, it means the Titanic sailed at a speed of 26.45 miles an hour.
no it,s average speed
fast speed super ground
A knot is a measurement of speed.
A knot is a measure of speed, in this case wind speed. 1 knot is equal to about 1.15 miles per hour.
like about 50 per fast
That's not a good knot. Let's not increase our speed by another knot.
No, a knot is a measure of speed so it would be the same.
1 knot is 1.15mph, so a knot is slightly faster.
Knots are used to measure speed on ships or boats. The term comes from the way people measured the speed the boat was traveling. They did it by tying knots on a rope at regular intervals and would then throw the rope overboard, counting the number of knots that were pulled overboard in a certain amount of time.
the answer is relative.. if you are standing on the same train, for you the man will be running as fast as it would do on the ground. If you are standing on the ground, then his speed relative to you will be the composition of the train speed + his speed. to make it more interesting.. think now that the train it's running with a speed that approach the speed of light relative to you.
Yes. One knot equals one nautical mile per hour. However this may be air speed or speed through the water as opposed to speed over the ground.
Typically, the air speed is approximately 400-450 knots (one knot equals 1.15 mph) on most flights, which equates to a ground speed of approximately 500 mph. Ground speed, true air speed , calibrated air speed, indicated air speed and, Mach number are all different types of "speeds" used in aviation. Air speed is always a difficult question for a pilot to answer without getting involved in a lot of technical aspects of temperature, pressure, and more specifically, what type of airspeed are you talking about? Most of us relate to cars, and velocity (speed) across the ground. Wind speeds at altitudes where 737's fly can reach 100 mph and therefor dictate how fast a plane travels over the ground (directly below it). So, if I said a 737 travels at 400 mph -- based on the wind velocity at altitude, you may be traveling only 300 mph over the ground into the wind, and as fast as 500 mph with the wind coming from behind.
Knot