5. a. For an electron in a hydrogen atom, what term symbols are expected for an electron in the 4f orbital? b. For the ³D term of a 2-electron atom, give a possible set of individual angular momentum and spin values that would lead to this configuration.

3. The structure of heme molecules is based on a porphyrin ring. We can model these molecules as a particle on a ring where the radius is 440 pm. There are 22 electrons moving in the conjugated ring. In the ground state, each orbital is occupied by 2 electrons. Calculate a) the energy and angular momentum (J) of an electron in the HOMO and b) the wavelength of the transition between the HOMO and LUMO.Yeah

The following questions relate to the wavefunction for the hydrogen-like atom shown in question 1. What does is meant by "hydrogen-like"? Give 5 examples of hydrogen-like species. b. Explain the connection between the wavefunction and atomic orbitals. What are the two components of а. the wavefunction? С. How do the two components of the wavefunction relate to the nodes of the wavefunction?

6. Label the following as ground/excited/wrong configuration: a. 1s²2s²2p64f¹ b. 1s 2s 2p 3s 3p65h¹

Hi :)  I have absolutely no idea how to solve this table that I have attached.  I would greatly appreciate any help ! thank you !

An excited state hydrogen atom whose electron is 2p will be easier to ionize than an excited state hydrogen atom whose electron is 2s. The answer is FALSE. Why is this false? To my understanding, a 2p electron is higher in energy and is therefor easier to remove...right? So why is the answer false?

Subject is physical chemistry. Figure 3.6 is attached.

Solve correctly please. (Gpt/Ai wrong answer not allowed)

CHM 1045 michael I Review | Constants | Periodic Table When an oloctronic transition from a higher energy sholl to a lower energy shell takes placc, a photon of light is released. The energy of the pholou released during tho transition is cqual to the eneigy difference belween the two shells. Sort tnc following transitions liurri an excited state to a ground state accurding 10 the senes into which they fall. Drag the appropriate transitions to their respective bins. • View Avallable Hintis) Seleci Ihe image to explore thc simulation that demonstrates three emission SHIIHS Reset Help Ckt an he differeies n lines ef ak lydropmte e de unr of the rpenve tiriens fo encitd a gonl vars Energ -Ea-n - 8s Sel E =- -- M4 n = 5 to n= 2 n-7 ton-1 n=5 to n n=3 ton-2 ロニ/pn=2 ri- 4 tnn -E:=-R2 Ttien from -- Paschen scrles Balrer series Lyrman series Click on the Lyman series in the simulalion to observe the pathway ol thhe eloctronic transilions trom exciterd (ur fugher energy) states to the ground…

An electron knocked out of a molecule by passing radiation may bind to a neutral hydrogen atom making H-, with one proton and two electrons. In the ground state, will both electrons have the same energy? a) No, because the Pauli exclusion principle forbids two electrons having the same energy. b) Yes, because the Pauli exclusion principle allows a maximum of two electrons with the same energy. c) Yes, but the two electrons must have opposite spin to satisfy the Pauli exclusion principle. d) No, the Pauli exclusion principle makes both energies uncertain, so they cannot be equal.