kgf∙m∙s² to kg∙cm² Conversion

Kilogram Force Meter Square Second to Kilogram Square Centimeter Conversion - Convert Kilogram Force Meter Square Second to Kilogram Square Centimeter (kgf∙m∙s² to kg∙cm²)

kgf∙m∙s² to kg∙cm² Conversion

kgf∙m∙s² to kg∙cm² - Moment of Inertia - Conversion

You are currently converting Moment of Inertia units from Kilogram Force Meter Square Second to Kilogram Square Centimeter

1 Kilogram Force Meter Square Second (kgf∙m∙s²)

=

98066.5 Kilogram Square Centimeter (kg∙cm²)

Visit kg∙cm² to kgf∙m∙s² Conversion

Kilogram Force Meter Square Second : The kilogram force meter square second is a unit of moment of inertia. Its symbol is kgf•m•s².

Kilogram Square Centimeter : The kilogram square centimeter is a derived unit of moment of inertia in the SI system. Its symbol is kg•cm². One kilogram square centimeter is equal to 10-4 kilogram square meter (kg•m²).

Moment of Inertia Conversion Calculator

1 Kilogram Force Meter Square Second = 98066.5 Kilogram Square Centimeter

How to convert Kilogram Force Meter Square Second to Kilogram Square Centimeter ?

1 kilogram force meter square second (kgf∙m∙s²) is equal to 98066.5 kilogram square centimeter (kg∙cm²).

1kgf∙m∙s² = 98066.5kg∙cm²

The Moment of Inertia I in kilogram square centimeter (kg∙cm²) is equal to the Moment of Inertia I in kilogram force meter square second (kgf∙m∙s²) times 98066.5, that conversion formula:

I(kg∙cm²) = I(kgf∙m∙s²) × 98066.5

How many Kilogram Square Centimeter in a Kilogram Force Meter Square Second?

One Kilogram Force Meter Square Second is equal to 98066.5 Kilogram Square Centimeter:

1kgf∙m∙s² = 1kgf∙m∙s² × 98066.5 = 98066.5kg∙cm²

How many Kilogram Force Meter Square Second in a Kilogram Square Centimeter?

One Kilogram Square Centimeter is equal to 1.0E-5 Kilogram Force Meter Square Second:

1kg∙cm² = 1kg∙cm² × 0.00001 = 1.0E-5kgf∙m∙s²

How to Convert 5 Kilogram Force Meter Square Second to Kilogram Square Centimeter?

I(kg∙cm²) = 5(kgf∙m∙s²) × 98066.5 = 490332.5kg∙cm²

Most popular convertion pairs of moment of inertia

Lastest Convert Queries

0 comments