kW/m² to cal/s∙cm² Conversion

Kilowatt/Square Meter to Calorie/Second Square Centimeter Conversion - Convert Kilowatt/Square Meter to Calorie/Second Square Centimeter (kW/m² to cal/s∙cm²)

kW/m² to cal/s∙cm² Conversion

kW/m² to cal/s∙cm² - Heat Flux Density - Conversion

You are currently converting Heat Flux Density units from Kilowatt/Square Meter to Calorie/Second Square Centimeter

1 Kilowatt/Square Meter (kW/m²)

=

0.02388 Calorie/Second Square Centimeter (cal/s∙cm²)

Visit cal/s∙cm² to kW/m² Conversion

Kilowatt/Square Meter : The kilowatt per square meter is a unit of heat flux density, which is a decimal multiple of the derived unit of watt per square meter. Its symbol is kW/m². One kilowatt per square meter is equal to 1000 watt/meter².

Calorie/Second Square Centimeter : The calorie per second per square centimeter is a unit of heat flux density. Its symbol is cal/sec•cm². One calorie per second per square centimeter is equal to 697.3333333314 watt/meter².

Heat Flux Density Conversion Calculator

1 Kilowatt/Square Meter = 0.02388 Calorie/Second Square Centimeter

How to convert Kilowatt/Square Meter to Calorie/Second Square Centimeter ?

1 kilowatt/square meter (kW/m²) is equal to 0.02388 calorie/second square centimeter (cal/s∙cm²).

1kW/m² = 0.02388cal/s∙cm²

The heat flux density Ǿq in calorie/second square centimeter (cal/s∙cm²) is equal to the heat flux density Ǿq in kilowatt/square meter (kW/m²) times 0.02388, that conversion formula:

Ǿq(cal/s∙cm²) = Ǿq(kW/m²) × 0.02388

How many Calorie/Second Square Centimeter in a Kilowatt/Square Meter?

One Kilowatt/Square Meter is equal to 0.02388 Calorie/Second Square Centimeter:

1kW/m² = 1kW/m² × 0.02388 = 0.02388cal/s∙cm²

How many Kilowatt/Square Meter in a Calorie/Second Square Centimeter?

One Calorie/Second Square Centimeter is equal to 41.868 Kilowatt/Square Meter:

1cal/s∙cm² = 1cal/s∙cm² × 41.868 = 41.868kW/m²

How to Convert 5 Kilowatt/Square Meter to Calorie/Second Square Centimeter?

Ǿq(cal/s∙cm²) = 5(kW/m²) × 0.02388 = 0.1194cal/s∙cm²

Most popular convertion pairs of heat flux density

Lastest Convert Queries

0 comments