Moment of Inertia Converter
Popular Unit Conversions Moment of Inertia
- kilogram square meter to lb*in^2
- pound-force inch sq. second to kilogram square meter
- kilogram square meter to oz*in^2
- slug*ft^2 to kilogram square meter
- gram square centimeter to kilogram square meter
- kilogram square meter to gram square centimeter
- pound-force foot sq. second to kilogram square meter
- lb*ft^2 to kilogram square meter
- lb*in^2 to kilogram square meter
- kilogram square millimeter to kilogram square meter
- gram square millimeter to kilogram square meter
- kilogram square meter to lb*ft^2
- kilogram square meter to pound-force inch sq. second
- kilogram square centimeter to kilogram square meter
- kilogram square meter to pound-force foot sq. second
- kilogram square meter to slug*ft^2
- kilogram square meter to ounce-force inch sq. second
- kilogram square meter to kilogram-force centimeter square second
- kilogram square meter to kilogram-force meter square second
- kilogram square meter to gram square millimeter
- ounce-force inch sq. second to kilogram square meter
- kilogram square meter to kilogram square centimeter
- oz*in^2 to kilogram square meter
- kilogram-force centimeter square second to kilogram square meter
- kilogram-force meter square second to kilogram square meter
- kilogram square meter to kilogram square millimeter
Frequently Asked Questions
In physics, inertia means the ability of a body to maintain a given state when there are no external forces that influence it.
As for the moment of inertia, it is a bit more difficult and measures the inertia of a body in case of a rotational motion. It is designated by the letter J and measured in kilograms multiplied by a square meter (m2) as standard units.
As for the exact moment of inertia conversion formula, it will depend on the chosen units, such as grams for mass or cm2 for radius.
Physics utilizes a general equation to calculate the moment of inertia of a given body. They imagine that it consists of some tiny parts with a mass dm, sum up these elementary masses and multiply by the square of the distance to the rotation axis.
J =ʃ r2dm
However, if we consider some material object with mass m, which is rotating around an axis at a distance r, this equation looks as follows:
J = mr2
Thus, the resulting value will be obtained in kg x m2.
A moment of inertia converter calculator is free and always available online.
How to make a conversion?
- Open the desktop or mobile version and the needed tool.
- Select the units From and To you wish to work with.
- Fill in the initial value.
- Click on the Convert button.
Why is a moment of inertia unit converter beneficial?
This tool is convenient and provides error-free results in a fraction of a second.