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kg⋅cm2/s\text{kg}{\cdot}\text{cm}^{2}\text{/s}

kilogram square centimeter per second

Angular momentumexact by definition

The kilogram square centimetre per second is exactly 10⁻⁴ kg·m²/s. It follows the kg·cm² used on motor datasheets, and appears when a rotor inertia in those units is multiplied by a speed.

1 kg⋅cm2/s\text{kg}{\cdot}\text{cm}^{2}\text{/s} 0.0001 kg⋅m2/s\text{kg}{\cdot}\text{m}^{2}\text{/s}

One kilogram square centimeter per second in every angular momentum unit

9.48252e+29reduced Planck constant (hbar)
1.50919e+29Planck constant (h)
1,000gram square centimeter per second (g·cm²/s)
1,000erg second (erg·s)
1kilogram square centimeter per second (kg·cm²/s)this unit
0.00237304pound square foot per second (lb·ft²/s)
0.0001kilogram square meter per second (kg·m²/s)
0.0001joule second (J·s)
0.0001newton meter second (N·m·s)
0.0000737562slug square foot per second (slug·ft²/s)
Solvers that use angular momentum

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