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

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

Begin: Step:

Kilocalorie/pound ↔ Joule/nanogram Conversion Table

1 kcal/lb =

9.2303E-9 J/ng

2 kcal/lb =

1.8461E-8 J/ng

3 kcal/lb =

2.7691E-8 J/ng

4 kcal/lb =

3.6921E-8 J/ng

5 kcal/lb =

4.6152E-8 J/ng

6 kcal/lb =

5.5382E-8 J/ng

7 kcal/lb =

6.4612E-8 J/ng

8 kcal/lb =

7.3843E-8 J/ng

9 kcal/lb =

8.3073E-8 J/ng

10 kcal/lb =

9.2303E-8 J/ng

11 kcal/lb =

1.0153E-7 J/ng

12 kcal/lb =

1.1076E-7 J/ng

13 kcal/lb =

1.1999E-7 J/ng

14 kcal/lb =

1.2922E-7 J/ng

15 kcal/lb =

1.3845E-7 J/ng

16 kcal/lb =

1.4769E-7 J/ng

17 kcal/lb =

1.5692E-7 J/ng

18 kcal/lb =

1.6615E-7 J/ng

19 kcal/lb =

1.7538E-7 J/ng

20 kcal/lb =

1.8461E-7 J/ng

21 kcal/lb =

1.9384E-7 J/ng

22 kcal/lb =

2.0307E-7 J/ng

23 kcal/lb =

2.123E-7 J/ng

24 kcal/lb =

2.2153E-7 J/ng

25 kcal/lb =

2.3076E-7 J/ng

26 kcal/lb =

2.3999E-7 J/ng

27 kcal/lb =

2.4922E-7 J/ng

28 kcal/lb =

2.5845E-7 J/ng

29 kcal/lb =

2.6768E-7 J/ng

30 kcal/lb =

2.7691E-7 J/ng

31 kcal/lb =

2.8614E-7 J/ng

32 kcal/lb =

2.9537E-7 J/ng

↗ Show Joule/nanogram → Kilocalorie/pound 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