You are studying a particle of mass m trapped in a region of zero potential between two infinitewalls located at positions x = -and x =, as shown in the figure below.U = +0U = +0U = 0L.A colleague suggests that the wave function of the particle inside the box isÞ(x) = A coswhere n is any positive real number.a) Does the suggested wave function obey the boundary conditions for the n= 2 case?Explain.

Here the particle is bounded between -L/2 to +L/2, and the wavefunction is given as…

You are studying a particle of mass m trapped in a region of zero potential between two infinite walls located at positions x = -and x = as shown in the figure below. U = +0 U = +0 U = 0 A colleague suggests that the wave function of the particle inside the box is Þ(x) = A cos( where n is any positive real number. a) Does the suggested wave function obey the boundary conditions for the n= 2 case? Explain.

You are studying a particle of mass m trapped in a region of zero potential between two infinite walls located at positions x = -and x = as shown in the figure below. U = +0 U = +0 U = 0 A colleague suggests that the wave function of the particle inside the box is Þ(x) = A cos( where n is any positive real number. a) Does the suggested wave function obey the boundary conditions for the n= 2 case? Explain.