Following figure shows spectrum of an ideal black body at four different temperatures. The number of correct statement/s from the following is A. T 4 T 3 T 2 T 1 B. The black body consists of particles performing simple harmonic motion. C. The peak of the spectrum shifts to shorter wavelength as temperature increases. D. (T1/v1)=(T2/v2)=(T3/v3) ≠ constant E. The given spectrum could be explained using quantisation of energy.

Question

Following figure shows spectrum of an ideal black body at four different temperatures. The number of correct statement/s from the following is <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/d64378b9c3fdb7890fa79591a778b7ba-.png" /> A. T 4> T 3> T 2> T 1 B. The black body consists of particles performing simple harmonic motion. C. The peak of the spectrum shifts to shorter wavelength as temperature increases. D. (T1/v1)=(T2/v2)=(T3/v3) ≠ constant E. The given spectrum could be explained using quantisation of energy. (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

The spectrum of Black body radiation is explained using quantization of energy. With increase in temperature, peak of spectrum shifts to shorter wavelength or higher frequency. For above graph arrow T 1> T 2> T 3> T 4

The spectrum of Black body radiation is explained using quantization of energy. With increase in temperature, peak of spectrum shifts to shorter wavelength or higher frequency. For above graph →T1​>T2​>T3​>T4​

The spectrum of Black body radiation is explained using quantization of energy. With increase in temperature, peak of spectrum shifts to shorter wavelength or higher frequency. For above graph $\to T_{1} > T_{2} > T_{3} > T_{4}$