The SI unit for speed that would be used when measuring the speed of a train is meters per second (m/s). To convert this to other units the following conversions would be used:
Using meters per second when measuring the speed of a train is the most accurate and reliable way to ensure a precise measurement.
To get the average speed in a given distance you would take distance divide by time which would equal average speed.
An example of this would be:
The 1970 NASCAR race at the Poconos speed way. A 1970 Plymouth Superbird was raced 200 lap's. Between each stop for fuel they recorded the average speed for that section of the race. At one point in the race Richard Petty, the driver of the Superbird, ran 10 miles in 00:02.51 (two minutes fifty one seconds) or an average speed of 210.53 miles per hour!
You divide the distance travelled over a certain time, by the time.
You divide the distance travelled over a certain time, by the time.
You divide the distance travelled over a certain time, by the time.
You divide the distance travelled over a certain time, by the time.
Speed is distance over time. From a starting point and an ending point you can figure out the distance and divide by time to get the average. However, you may want the calculus answer. Diverentiate the equation to find v(t). Then integrate from starting time to ending time (effectively Sum of all speeds) and divide by the duration of the time to get the average. Effectively this is the same thing.
You will need to know the direction the train is going. The distance between the two points can help as well as the departing time and arrival time.
Distance and time are the measurements necessary to find the average speed of a moving train.
You divide the distance travelled over a certain time, by the time.
litres would do.
The unit is called 'speed'.
Strawberries would be measured in grams or ounces.
The SI unit for measuring temperature is Kelvinkelvin kelvin
Millimetres
[Speed] = [any unit of length] divided by [any unit of time].
Ton Ton Ton Ton
A train travels fairly large distances so kilometres would be an appropriate unit for length. Hours would be the best unit for time, so speed would be in kilometres per hour. We don't really metricate time in most applications.
It's a great unit if you're measuring small volumes or capacities. It wouldn't be good at all for measuring speed or time.
The Unit Used To Measure A Train Can Be Kilometer.
" FLOPS " = Floating Point operations Per Second
That depends what aspect of the aeroplane you're measuring. An aeroplane's length would be measured in metres, as would its height. The mass of the aeroplane would be in kilograms. Its speed would be in metres per second or more traditionally kilometres per hour.
A knot is a unit for measuring speed at sea, and equals 1.852 meters/hour.
A knot is a unit for measuring speed at sea, and equals 1.852 meters/hour.
Distance travelled against time. For instance, miles per hour (MPH) to measure the speed of a car.
It is pounds. An inch is the measuring unit for height. A pound is the measuring unit for weight. The logic is as follows. height, weight -> (measuring unit for height), (measuring unit for weight) Some similar examples, If it were "height, distance and inches." the missing word would be "miles" If it were "height, age and inches." the missing word would be "years"
There can be no sensible answer. "mph" is a unit for measuring speed or velocity, not distance.