The image above represents stefan boltzmann’s constant.

To compute for stefan boltzmann’s constant, three essential parameters are needed and these parameters are **Boltzmann’s Constant (K _{B}), Planck’s Constant (h)** and

**Speed of Light (c).**

The formula for calculating stefan boltzmann’s constant:

σ = ^{2π5KB4} / _{15c²h5}

Where:

σ = Stefan Boltzmann’s Constant

K_{B} = Boltzmann’s Constant

h = Planck’s Constant

c = Speed of Light

Let’s solve an example;

Find the stefan boltzmann’s constant when the boltzmann’s constant is 42, the planck’s constant is 34 and the speed of light is 26.

This implies that;

K_{B} = Boltzmann’s Constant = 42

h = Planck’s Constant = 34

c = Speed of Light = 26

σ = ^{2π5KB4} / _{15c²h5}

σ = ^{2π5(42)4} / _{15(26)²(34)5}

σ = ^{2(306.019)(3111696)} / _{15(676)(45435424)}

σ = ^{1904480458.135} / _{460715199360}

σ = 0.00413

Therefore, the **stefan boltzmann’s constant **is **0.00413.**