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Acceleration · converter

Acceleration measures how quickly velocity changes. Its SI unit is m/s². The symbol g₀ refers to conventional standard gravity, exactly 9.80665 m/s², historically useful for comparing accelerations. It is not the gram and is not the exact local gravity everywhere.

Use a point or comma for decimals, without thousands separators.

Results are rounded to 12 significant digits. Conversion does not increase the precision of the original measurement.

What it measures and where it is used

Acceleration measures how quickly velocity changes. Its SI unit is m/s². The symbol g₀ refers to conventional standard gravity, exactly 9.80665 m/s², historically useful for comparing accelerations. It is not the gram and is not the exact local gravity everywhere.

Classification
SI derived quantity
SI unit
m/s²
Dimension
L T⁻²

L: length; M: mass; T: time; Θ: temperature; N: amount of substance. The dimension symbol N is not the unit symbol for newton.

How it works

The calculation first converts to a common reference unit, then to the destination unit. Factors in the table show the reference value for one unit.

Example

1 g₀ ≈ 9.80665 m/s²

Available units

Reference unit: m/s²

Available unitsReference factor
m/s²1 × x
cm/s²0.01 × x
ft/s²0.3048 × x
g₀9.80665 × x

Units, history and conventions

The International System of Units (SI) received its name in 1960. Since the 2019 revision, its definitions use fixed values of seven defining constants. SI base and derived quantities should not be confused with the different units used to express them.

Measurement references

BIPM — SI Brochure

Related tools

Density

kg/m³ · g/cm³ · g/mL · kg/L · g/L · lb/ft³

Torque

N·m · N·cm · kN·m · lbf·ft · lbf·in · kgf·m

Fuel consumption

L/100 km · km/L · mpg (US) · mpg (UK)

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