Toss around a purple ball and be happy. Feel free to use these scripts in your project, just give me credit.
thilAn electron in a helium atom transitions from a \[2p\] orbital to a \[1s\] orbital. The difference in energy between the two states is \[\pu{3.40 x 10^-18 J}\]. Which of the following best describes how the energy of the helium atom is affected by the electronic transition? Choose 1 answer: A The energy of the helium atom increases by \[\pu{3.40 x 10^-18 J}\]. B The energy of the helium atom decreases by \[\pu{3.40 x 10^-18 J}\]. C The energy of the helium atom stays the same. D It cannot be determined how the energy of the helium atom is affected without knowing the energy of the photon involved. Related content s took me 30 minutes to make.
