For the 2P2, orbital of a hydrogen-like atom, calculate Rmp, the most probable r

Question

For the 2P2, orbital of a hydrogen-like atom, calculate Rmp, the most probable radial position of the electron. mp, the most probable angle of theta for the electron. mp, the most probable angle of theta for the electron. Draw a rough sketch of the 2P2 orbital and explicitly show (verify) that the most probable angles you determined in (a) & (b) above are consistent with your drawing. Assuming an internuclear distance of 127.5 pm in D35CI, the computed positions in cm-1 for the absorption peak corresponding to the first three transitions (J = l rightarrow 0, 2 rightarrow 1 and 3 rightarrow 2)are 10.976 cm-1, 21.953 cm-1 and 32.929 cm-1 respectively. What pattern do you see emerging here? Using this pattern, predict the position of the next peak in this series. Calculate the position in cm-1 for J = 4 rightarrow 3 Peak and and compare with your prediction in (b).

Explanation / Answer

questions 1 be a

questions 2 be a

Related Questions

Navigate

• Browse (All)
• Browse F
• Subjects

---