The surface temperature of the stars is determined using

Question

The surface temperature of the stars is determined using (A) Planck's law (B) Wien's displacement law (C) Rayleigh-Jeans law (D) Kirchhoff's law

Tardigrade Admin · Accepted Answer

The surface temperature of the stars is determined using Wien's displacement law. According to this (law) λ mT=b where b is Wien's constant whose value is 2.898× 10- 3 mK .

Q. The surface temperature of the stars is determined using

Planck's law

Wien's displacement law

Rayleigh-Jeans law

Kirchhoff's law

The surface temperature of the stars is determined using Wien's displacement law.
According to this (law) $λ_{m} T = b$ where $b$ is Wien's constant whose value is $2.898 \times 1 0^{- 3} m K$ .

Q. The surface temperature of the stars is determined using

Planck's law

Wien's displacement law

Rayleigh-Jeans law

Kirchhoff's law

The surface temperature of the stars is determined using Wien's displacement law. According to this (law) λm​T=b where b is Wien's constant whose value is 2.898×10−3mK .

The surface temperature of the stars is determined using Wien's displacement law.
According to this (law) $λ_{m} T = b$ where $b$ is Wien's constant whose value is $2.898 \times 1 0^{- 3} m K$ .