Kelvins (energy) to Kilocalories Converter

1 kelvin (energy) (K·k_B) equals 3.2998303 × 10-27 kilocalories (kcal).

Quick answer

  • 1 kelvin (energy) = 3.2998303 × 10-27 kilocalories
  • 1 kilocalorie = 3.0304589 × 1026 kelvins (energy)
  • Formula: kcal = K·k_B ÷ 3.0304589 × 1026

1 kelvin (energy) = 3.2998303 × 10-27 kilocalories

How to convert kelvins (energy) to kilocalories

kcal = K·k_B ÷ 3.0304589 × 1026

To convert kelvins (energy) to kilocalories, divide the number of kelvins (energy) by 3.0304589 × 1026.

Example: 1 K·k_B to kcal

  1. Start with the value in kelvins (energy): 1 K·k_B.
  2. Divide by 3.0304589 × 1026: 1 ÷ 3.0304589 × 1026 = 3.2998303 × 10-27.
  3. Result: 1 kelvin (energy) = 3.2998303 × 10-27 kilocalories.

Going the other way, 1 kilocalorie = 3.0304589 × 1026 kelvins (energy), so to convert kilocalories back to kelvins (energy) you multiply by the same number. See kilocalories to kelvins (energy).

Kelvins (energy) to kilocalories conversion table

Kelvins (energy) (K·k_B)Kilocalories (kcal)
1 K·k_B 3.2998303 × 10-27 kcal
2 K·k_B 6.5996606 × 10-27 kcal
3 K·k_B 9.8994909 × 10-27 kcal
4 K·k_B 1.3199321 × 10-26 kcal
5 K·k_B 1.6499152 × 10-26 kcal
6 K·k_B 1.9798982 × 10-26 kcal
7 K·k_B 2.3098812 × 10-26 kcal
8 K·k_B 2.6398642 × 10-26 kcal
9 K·k_B 2.9698473 × 10-26 kcal
10 K·k_B 3.2998303 × 10-26 kcal
100 K·k_B 3.2998303 × 10-25 kcal

What is a kelvin (energy)?

In statistical physics an energy is sometimes expressed as a temperature through the Boltzmann constant: 1 K corresponds to 1.38 × 10⁻²³ J.

More about kelvins (energy) →

What is a kilocalorie?

The kilocalorie is 1,000 calories, 4,184 joules, the energy needed to warm one kilogram of water by about 1 °C.

More about kilocalories →

Frequently asked questions

How many kilocalories are in a kelvin (energy)?

One kelvin (energy) is 3.2998303e-27 kilocalories.

How many kelvins (energy) are in a kilocalorie?

One kilocalorie is 3.0304589e26 kelvins (energy).

What is the formula to convert kelvins (energy) to kilocalories?

kcal = K·k_B ÷ 3.0304589 × 10^26.