REFERENCE 3-7. An electron starts out localized with a certain amount of total energy Wire: (ETotal) in a very small segment of wire. A second, very long wire is brought V[x) nearby to it. Over time, this electron will tunnel through the potential TOTAL barrier and flow away through the long wire. 3. (1 Point) For which scenarios (A-I) would you expect that the electron will have an easier time tunneling through the barrier? 4. (1 Point) For which scenarios (A-I) would you expect that the electron will have a harder time tunneling through the barrier? E: 5. (1 Point) For which scenarios (A-I) would you expect that the tunneling probability for the electron will be F: unchanged? 6. (2 Point) Explain why you answered as you did for Scenario A. ETOr 7. (1 Points) (True/False) The Vid probability for the electron to tunnel in Scenario H is greater than the probability for the electron to tunnel in Scenario