What is an example of correct units for speed?

Speed is often measured in units of distance divided by time; for example, meters/second, or kilometers per hour.There are also units of speed that are not derived from lengths and times - such as knots, or fraction of the speed of light (for instance, 1/10 of the speed of light might be expressed as "0.1c". ...

Commonly used units are obtained by dividing a unit of length by a unit of time, for example, meters/second, or kilometers/hour. There are also speed units that don't explicitly relate to a length and a time, such as the "knot", or "fraction of the speed of light". ...

what are the four units of speed

area, an example of which is m2 volume, an example of which is m3 speed, an example of which is m/s density, an example of which is kg/m3 ...

Usually, the units for speed and velocity are derived as units of length, divided by units of time. For example, the SI unit for speed - the unit most commonly used by scientists - is meters/second, though units of kilometers per hour are more common among non-scientists. Any unit of length can be divided by any unit of time. There are also units that are not explicitly derived from units of length and time - for example knots, and fractions of...

One formula for speed is: Speed = (distance covered) divided by (time to cover the distance). The SI unit of speed is meter/second. ...

velocity=distance/time for uniform velocity. You need units for both the time and the distance to get a correct answer. Example: the speed limit is 65 miles/hour ...

I am not at all sure what you mean; you might use four different speed units for example. ...

the units for rotational speed are radians / sec or degrees / sec

No. The dimensions are: Mass, Length, Time, and Charge. They transcend the systems of units. For example, speed will always have the dimensions of (Length)/(Time), regardless of the system of units. ...

If you assume a constant speed, you need to multiply the speed by the time, to get the distance. You would also need to convert all the units to compatible units - for example, the time to minutes, and the speed to kilometers/minute; or the time to hours, and the speed to kilometers/hour. ...

The two units for speed are km/hr and m/sec. They are used to measure speed. ...

A consistent set of units must be used for many formulae. For example, in the formula distance = speed x time, if the speed is in m/s and the time in seconds, the distance will be in meters. If one of the measurements is in some other units (for example km/hour), it may be necessary to convert before using the formula (in order to have consistent units), or to convert the final result (to have it in a desired unit). ...

No. Speed, time, and energy are three quite different units. No. Speed, time, and energy are three quite different units. No. Speed, time, and energy are three quite different units. No. Speed, time, and energy are three quite different units. ...

Derived units are simply more complex because they are made up of several (that is, usually, by more than one) base unit. It is just the way they are defined; for example, in the SI, distance and time are base units, while speed is a derived unit (distance / time). You can just as well invent a system of units where - for example - time and speed are base units; in this case, distance would be a derived unit. ...

The official unit for speed is meters/second. Any other combination of units, where you divide distance/time, may also be used. One such unit that is commonly used is kilometers/hour. Some units used for speed don't explicitly reference distance and time; for example, a certain fraction of the speed of light in a vacuum, or the unit called "knots" which is used for ships. ...

Every measurement needs a value and standard unit. For example, if a person says that he is five four tall, the units are implied (if in the United States, it is generally understood that this is 5 feet and 4 inches, or 64 inches. Any measurements that are made, must include units. Also, this will help if any mathematical functions are performed with the measurements, as it will be evident if the answer is not in the correct dimension / unit....

In a system of units such as the SI, BASE UNITS are defined; other units are derived from those.For example, in the SI, the meter, the kilogram, and the second are base units; the units for area (meters squared), for speed and velocity (meters/second), etc. are derived from the base units. Which units are base units, and which units are derived units, really depends on how the unit is defined. For example, in the SI, pressure is a derived unit; but you...

The speed of light is roughly 3x10^8 m/s in SI units.

The units for measuring speed: km/hr m/sec m/min

In relativistic units the speed of light is 1 exactly. 1 meter/meter of light travel time. The units cancel. ...

I have no idea what you mean with "functional unit". The SI has units to measure lots of different things; basically there are seven base units (such as the meter, the second, and the kilogram), and several dozen derived units, i.e., units derived from the base units, for example meters/second for speed. ...

Speed is expressed in units of Knots = 2 meters/second or Nautical Miles/hour. ...

The International System of Units (SI) has two type of units, base units and derived units. Speed is a derived unit. Its unit is Meter/sec. Its a scalar quantity. ...

Do not exceed the speed limit is correct