Meter Per Second

Team Physics -
Created by: Team Physics -, Last Updated: April 25, 2024

Meter Per Second

What is Meter Per Second?

Meter per second (m/s) is the standard unit of speed or velocity in the International System of Units (SI). It measures the distance traveled in meters per unit time of one second. Commonly used in physics, engineering, and everyday applications, it provides a straightforward measure of how fast an object is moving in a straight line.

Meter Per Second Formula and Symbol

The symbol for meter per second is “m/s“. The formula to calculate meter per second is:

Meter per second (m/s) = Distance (in meters)/Time (in seconds)

This formula represents the rate of change of distance with respect to time, indicating the speed or velocity of an object in meters per second.

Conversion of Meter Per Second into Other Units

From/To (unit)Conversion Formula
1 Meter Per Second (m/s) to Kilometers per Hour (km/h)m/s × 3.6
1 Meter Per Second (m/s) to Miles per Hour (mph)m/s × 2.237
1 Meter Per Second (m/s) to Feet per Second (ft/s)m/s × 3.281

Meter Per Second (m/s) to Kilometers per Hour (km/h)

1 Meter Per Second (m/s) = 3.6 Kilometers per Hour (km/h)

One meter per second (m/s) is equivalent to 3.6 kilometers per hour (km/h). This conversion factor allows for quick and easy transformation between speed units in everyday calculations.

Meter Per Second (m/s) to Miles per Hour (mph)

1 Meter Per Second (m/s) = 2.237 Miles per Hour (mph)

At a speed of 1 meter per second, you’re moving at a rate equivalent to 2.237 miles per hour, which translates to roughly 3.6 kilometers per hour.

Meter Per Second (m/s) to Feet per Second (ft/s)

1 Meter Per Second (m/s) = 3.281 Feet per Second (ft/s)

One meter per second (m/s) is equivalent to approximately 3.281 feet per second (ft/s). This conversion is commonly used in physics and engineering calculations involving velocity and speed.

Examples of Meter Per Second

  1. A car traveling at 20 meters per second on a highway.
  2. A person running at a speed of 4 meters per second in a race.
  3. The speed of a train moving at 30 meters per second along the tracks.
  4. The velocity of a rocket ascending at 200 meters per second during liftoff.
  5. The rate of water flowing through a pipe at 2 meters per second.
  6. The speed of a cyclist racing at 15 meters per second in a sprint.
  7. The velocity of wind blowing at 5 meters per second.
  8. The rate of descent of a skydiver falling at 50 meters per second.
  9. The speed of sound traveling at approximately 343 meters per second in air.
  10. The velocity of a swimmer moving at 2.5 meters per second in a pool race.

Types of Meter Per Second

  1. Linear speed: The rate of change of position of an object along a straight path, like a car moving on a road.
  2. Angular speed: The rate of change of angle of rotation of a rotating object, such as the blades of a wind turbine.
  3. Fluid flow velocity: The speed at which a fluid (liquid or gas) moves through a pipe or channel.
  4. Rate of change: The speed at which a quantity changes over time, such as the growth rate of a population.
  5. Terminal velocity: The maximum velocity reached by an object falling through a fluid, like a skydiver falling through the air.


meter per second is the unit of

“Meters per second” is the unit of measurement for speed or velocity.

What is the significance of meters per second in scientific research?

In scientific research, meters per second is used to quantify the speed of various phenomena, from the movement of particles to the flow of fluids, enabling precise analysis and understanding of natural processes.

Why is meters per second a useful unit of measurement?

Meters per second provides a standardized and internationally recognized way to express speed or velocity, making it easy to communicate and compare measurements across different contexts and applications.

How is meters per second calculated?

Meters per second is calculated by dividing the distance traveled in meters by the time taken in seconds.

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