Kilogram Per Day to Gram Per Day Converter - Flow & Mass Converter

Use our Kilogram Per Day to Gram Per Day converter to convert Kilogram Per Day to Gram Per Day. Both Kilogram Per Day and Gram Per Day are units of Flow & Mass. Convert quickly and easily between Kilogram Per Day and Gram Per Day using this conversion tool. You can also use our Flow & Mass Converter to convert to various other units of Flow & Mass.

Also learn How to Convert Kilogram Per Day and Gram Per Day using this Kilogram Per Day and Gram Per Day conversion tool to other Flow & Mass units.

Select the current unit in the left column, the desired unit in the right column, and enter a value in the left column to generate the resulting conversion.

Formuladivide the Flow & Mass value by 1000

Kilogram/day Flow & Mass Unit Conversion chart

Check out this Flow & Mass Converter conversion table to find out what the conversion factors are between the various Flow & Mass units:

Complete list of Flow & Mass units for conversion, see how much 1 Kilogram/day is equivalent to in the below units.

1 Kilogram/day is equal to

UnitSymbolValue (1 Kilogram/day =)
Kilogram/secondkg/s0.0000115740740741
Gram/secondg/s0.0115740740741
Gram/minuteg/min0.694444444444
Gram/hourg/h41.6666666667
Gram/dayg/d1000
Kilogram/minutekg/min0.000694444444444
Kilogram/hourkg/h0.0416666666667
Kilogram/daykg/d1
Kilogram/day to Gram/day conversion table
Kilogram/dayGram/day
11000
22000
33000
44000
55000
66000
77000
88000
99000
1010000
2020000
3030000
4040000
5050000
6060000
7070000
8080000
9090000
100100000

Common Flow & Mass Conversions

Frequently Asked Questions

  • How can I use Flow & Mass Converter?
    Select the current unit in the top column, the desired unit in the bottom column, and enter a value in the top left column to generate the resulting conversion.
  • What are the SI Units of Flow & Mass?
    The SI unit of Flow & Mass is kilogram-per-second.
  • What are the different units of Flow & Mass?
    The SI unit of Flow & Mass is kilogram-per-second. Alternatively, the Flow & Mass can also be expressed in .