Joule/nanogram (J/ng) to kcal/g Conversion

Joule/nanogram (J/ng) ↔ kcal/g Conversion in Batch

Begin: Step:

Joule/nanogram ↔ Kilocalorie/gram Conversion Table

1 J/ng =

238845.897 kcal/g

2 J/ng =

477691.794 kcal/g

3 J/ng =

716537.691 kcal/g

4 J/ng =

955383.588 kcal/g

5 J/ng =

1194229.485 kcal/g

6 J/ng =

1433075.382 kcal/g

7 J/ng =

1671921.279 kcal/g

8 J/ng =

1910767.176 kcal/g

9 J/ng =

2149613.073 kcal/g

10 J/ng =

2388458.97 kcal/g

11 J/ng =

2627304.867 kcal/g

12 J/ng =

2866150.764 kcal/g

13 J/ng =

3104996.661 kcal/g

14 J/ng =

3343842.558 kcal/g

15 J/ng =

3582688.455 kcal/g

16 J/ng =

3821534.352 kcal/g

17 J/ng =

4060380.249 kcal/g

18 J/ng =

4299226.146 kcal/g

19 J/ng =

4538072.043 kcal/g

20 J/ng =

4776917.94 kcal/g

21 J/ng =

5015763.837 kcal/g

22 J/ng =

5254609.734 kcal/g

23 J/ng =

5493455.631 kcal/g

24 J/ng =

5732301.528 kcal/g

25 J/ng =

5971147.425 kcal/g

26 J/ng =

6209993.322 kcal/g

27 J/ng =

6448839.219 kcal/g

28 J/ng =

6687685.116 kcal/g

29 J/ng =

6926531.013 kcal/g

30 J/ng =

7165376.91 kcal/g

31 J/ng =

7404222.807 kcal/g

32 J/ng =

7643068.704 kcal/g

↗ Show Kilocalorie/gram → Joule/nanogram Conversion Chart Instead

kcal/kg ↔ kJ/kgkcal/kg ↔ mJ/kgcal/g ↔ J/gcal/g ↔ mJ/kgJ/kg ↔ kcal/kgkcal/kg ↔ kcal/lbBtu/lb ↔ kJ/kgBtu/lb ↔ kcal/kgJ/g ↔ kcal/kg

	• Acceleration		• Area
	• Charge		• Conc. IU
	• Conc. Percentage		• Conc. Molar
	• Conc. Solution		• Current
	• Data Transfer		• Density
	• Energy, Work		• Flow
	• Flow Mass		• Force
	• Inductance		• Length, Distance
	• Moment of Force		• Number
	• Power		• Pressure
	• Radiation		• Resistivity
	• Specific Heat		• Temperature
	• Time Zone		• Topography
	• Velocity, Speed		• Viscosity
	• Volume		• Weight, Mass

	Fuel, Heat & Energy
	• Fuel Consumption
	• Fuel Efficiency
	• Fuel Efficiency Mass
	• Fuel Efficiency Volume
	• Heat Density
	• Heat Flux Density
	• Heat Transfer Coefficient
	• Specific Heat Capacity
	• Heat Capacity
	• Molar Heat Capacity
	• Thermal Conductivity
	• Thermal Expansion
	• Thermal Resistance
	• Thermal Conductivity
	• Thermal Expansion
	• Thermal Resistance
	• Energy and Work
	• Energy Molar
	• Energy Density Volumetric
	• Energy Density Gravimetric
	• Energy Flux