Question: 1. Write all possible quantum number combinations and their conventional names for n=3. You do not need to specify the conventional name corresponding to the

 1. Write all possible quantum number combinations and their conventional names

1. Write all possible quantum number combinations and their conventional names for n=3. You do not need to specify the conventional name corresponding to the magnetic quantum number. 2. Briefly explain why there exist three p and five d atomic orbitals. 3. The radial wavefunction of Be3+4p atomic orbital is given in the following equation: R4p=32151(Z3)n2Zr(2010n2Zr+n24Z2r2)enZr At what distances r(r10a0) you expect zero probability in finding the Be3+4p electron? (Assume the unit of r is Bohr radius a0 ) sketch the Be3+42 atomic orbital. Label positions of the radial nodes. 4. sketch the Be3+4pz atomic orbital. Label positions of the radial nodes

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