Calculate the number of electrons required to to produce radiation at 590 nm, Ng90 havinglinewidth 50 nm, from a solid rod containing N. = 2 x 1030 atom/m3 at room temperature(30°C). Then determine the percentage of excited electron at 3000°C in order to produce aradiation in the same spectrum range.

The energy of radiation is ∆E=hcλ2∆λ .............................................. (1) where ∆λ…

Calculate the number of electrons required to to produce radiation at 590 nm, N590 having linewidth 50 nm, from a solid rod containing N₂ = 2 x 1030 atom/m³ at room temperature (30°C). Then determine the percentage of excited electron at 3000°C in order to produce a radiation in the same spectrum range,

Calculate the number of electrons required to to produce radiation at 590 nm, N590 having linewidth 50 nm, from a solid rod containing N₂ = 2 x 1030 atom/m³ at room temperature (30°C). Then determine the percentage of excited electron at 3000°C in order to produce a radiation in the same spectrum range,