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 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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