Online Speed Converter: Convert Between Units of Speed

Meter Per Second

meter per second
foot per second
knot
miles per hour
kilometer per hour

Foot Per Seconds

meter per second
foot per second
knot
miles per hour
kilometer per hour

Calculation

Quick and precise speed conversions

This conversion chart showcases various units of speed, all expressed in kilometers per hour. It's a valuable resource that helps you understand and compare different measurements, making it easy to perform calculations related to speed in kilometers per hour.

Unit Name

Value
1 Meter Per Second

3.60 Kilometer Per Hour
1 Foot Per Second

1.10 Kilometer Per Hour
1 Knot

1.85 Kilometer Per Hour
1 Mile Per Hour

1.61 Kilometer Per Hour

Miles per hour to Knot conversion example

Sample task: Convert 50 miles per hour to knot

Solution

Formula

mph x 0.868976 = kn
Calculation

50 x 0.868976 = 43.448812 kn
End Result

50 mph is equal to 43.448812 kn

What are some common volume units used globally?

What are some common units to measure speed?

Some common units to measure speed include:

Miles per hour (mph): Miles per hour is a unit of speed commonly used in the United States and the United Kingdom. It measures how many miles an object or person travels in one hour.
Kilometers per hour (km/h): Kilometers per hour is a unit of speed widely used around the world. It measures the distance traveled in kilometers in one hour.
Meters per second (m/s): Meters per second is the unit of speed in the International System of Units (SI). It quantifies how many meters an object or person travels in one second.
Feet per second (ft/s): Feet per second is a unit of speed commonly used in the United States. It represents the distance traveled in feet in one second.
Knots: A knot is a unit of speed primarily used for measuring the speed of a vessel (such as a ship or aircraft) in navigation. It is equal to one nautical mile per hour.

These common speed units offer different ways to quantify how fast an object or person is moving, whether it's in everyday usage or specific contexts like aviation.

What are the uses of a speed converter in everyday life?

A speed converter can be a useful tool in various aspects of everyday life. Here are some common uses:

International travel: When traveling internationally, you may need to convert units of speed to understand speed limits. For example, if you're driving in the United States, and you're used to kilometers per hour (km/h), you'll need to convert speed limits to miles per hour (mph) to drive safely and within the law.
Professional uses: If you work in transportation, logistics, engineering, or other fields where speed is important, you may need to convert speed units for calculations. Being able to easily convert between speed units will help prevent errors in your work.
Fitness and sports: Fitness enthusiasts and athletes use speed converters to measure and compare their performance in different sports. For instance, runners may need to convert their pace in minutes per mile (min/mi) to minutes per kilometer (min/km) and vice versa.
Weather reports: In some parts of the world, weather reports display wind speeds, storm speeds and other weather information in different speed units. Using a speed converter can help in understanding weather conditions and prepare for adverse events.

Are there any common mistakes to avoid in speed unit conversions?

When dealing with speed conversions, is it important to be aware of some common mistakes to ensure accuracy. Here are a few mistakes to avoid:

Forgetting to convert units of measurement: Ensure that you convert the units correctly when converting speeds. For example, if you have a speed in miles per hour (mph) and you want to convert it to kilometers per hour (km/h), you need to multiply the mph value by the conversion factor of 1.60934.
Confusing speed with velocity: Speed is a scalar quantity and does not include direction, while velocity is a vector quantity that includes both speed and direction. When performing speed conversions, focus on the numerical value of the speed and exclude directional information.