According to Wein's displacement law

Question

According to Wein's displacement law (A) λ T = constant (B) λ/T = constant (C) λ propto (1/T) (D) both (b) and (c)

Tardigrade Admin · Accepted Answer

Wien’s displacement law states that the absolute temperature of a black body and the peak wavelength of its radiations are inversely proportional. i.e. λ propto 1/T or λ = constant

Q. According to Wein's displacement law

$λ T =$ constant

$λ / T =$ constant

$λ \propto (1/ T)$

both (b) and (c)

Wien’s displacement law states that the absolute temperature of a black body and the peak wavelength of its radiations are inversely proportional. i.e. $λ \propto 1/ T$ or $λ =$ constant

Q. According to Wein's displacement law

λT= constant

λ/T= constant

λ∝(1/T)

both (b) and (c)

Wien’s displacement law states that the absolute temperature of a black body and the peak wavelength of its radiations are inversely proportional. i.e. λ∝1/T or λ= constant

$λ T =$ constant

$λ / T =$ constant

$λ \propto (1/ T)$

Wien’s displacement law states that the absolute temperature of a black body and the peak wavelength of its radiations are inversely proportional. i.e. $λ \propto 1/ T$ or $λ =$ constant