5 13) If the wave function that describes a particle in a box "bleeds"outside the box, what can we say about the system?a) The box has walls that break above a certain energyb) The particle is static, i.e. its kinetic energy is zeroc) The particle and the box are entangledd) The box is not linear, for example it might be rounde) The box is infinitely strong, i.e. it is unbreakableANSWER:14) If two operators have the following property[Â, B] = hthen:a) They are the position and momentumb) They are Hermitianc) They are Hamiltoniand) They commutee) They do not commuteANSWER:15) The Heisenberg uncertainty principle involves:a) Operators that commuteb) Operators that do not commutec) Wave functions that overlapd) Wave functions that do not overlape) The imaginary part of the wave function

1) In the question, in a potential box, the wave function of the particle "bleeds" outside the box.…

13) If the wave function that describes a particle in a box "bleeds" outside the box, what can we say about the system? The box has walls that break above a certain energy a) b) The particle is static, i.e. its kinetic energy is zero c) The particle and the box are entangled d) The box is not linear, for example it might be round e) The box is infinitely strong, i.e. it is unbreakable

13) If the wave function that describes a particle in a box "bleeds" outside the box, what can we say about the system? The box has walls that break above a certain energy a) b) The particle is static, i.e. its kinetic energy is zero c) The particle and the box are entangled d) The box is not linear, for example it might be round e) The box is infinitely strong, i.e. it is unbreakable