Homework Solution: Sodium has an ionization energy of 495 kJ/mol and the sodium 3P rightarrow…

    3. Sodium has an ionization energy of 495 kJ/mol and the sodium 3P → 3S transition is at 589 nm. Calculate Zer for the 3s and 3p orbitals. (Note that 3s value given in Table 1.2 appears to be incorrect.) 4. Give the neutral and 2+ ion electron configurations for the first row transition elements (Sc through Zn). Can someone help me with these two questions please?
    Sodium has an ionization energy of 495 kJ/mol and the sodium 3P rightarrow 3S transition is at 589 nm. Calculate Z_eff for the 3s and 3p orbitals. Give the neutral and 2+ ion electron configurations for the first row transition elements (Sc through Zn).

    Expert Answer

    3. Sodium has an ionization enthusiasm of 495 kJ/mol and the sodium 3P → 3S transition is at 589 nm. Calculate Zer control the 3s and 3p orbitals. (Note that 3s compute absorbed in Table 1.2 appears to be inexact.) 4. Give the unavowed and 2+ ion electron configurations control the highest tier transition elements (Sc through Zn). Can someone aid me with these couple questions gladden?

    Sodium has an ionization enthusiasm of 495 kJ/mol and the sodium 3P rightartier 3S transition is at 589 nm. Calculate Z_eff control the 3s and 3p orbitals. Give the unavowed and 2+ ion electron configurations control the highest tier transition elements (Sc through Zn).

    Expert Vindication