Imagine that the cylinders in Figure 6 depict orbitals in another universe. Which statement about these orbitals is correct? Assume that you can apply the same scientific principles in in this universe than in our own. * The orbitals A and B are volumes around the nucleus where there is a high probability of finding an electron. An electron in orbital B will have more energy than an electron in orbital A. An atom will absorb energy when an electron makes a transition from orbital A to orbital B. All these statements about orbitals A and B are correct. None of these statements about orbitals A and B is correct.
Imagine that the cylinders in Figure 6 depict orbitals in another universe. Which statement about these orbitals is correct? Assume that you can apply the same scientific principles in in this universe than in our own. * The orbitals A and B are volumes around the nucleus where there is a high probability of finding an electron. An electron in orbital B will have more energy than an electron in orbital A. An atom will absorb energy when an electron makes a transition from orbital A to orbital B. All these statements about orbitals A and B are correct. None of these statements about orbitals A and B is correct.
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Imagine that the cylinders in Figure 6 depict orbitals in another universe. Which statement about these orbitals is correct? Assume that you can apply the same scientific principles in in this universe than in our own. *
The orbitals A and B are volumes around the nucleus where there is a high probability of finding an electron.
An electron in orbital B will have more energy than an electron in orbital A.
An atom will absorb energy when an electron makes a transition from orbital A to orbital B.
All these statements about orbitals A and B are correct.
None of these statements about orbitals A and B is correct.
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