In a one-dimensional system at time t-0, the wave function of a particle is given by...

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In a one-dimensional system at time t-0, the wave function of a particle is given by the function (-Ar2 for 0SXSL V(x,0) - elsewhere -A LA as sketched in the diagram, where A is a positive constant. If the position of the particle is measured at time t-0, what is the probability of finding it somewhere in the interval 0 sx s L2? Specify your answer as a fraction or as a decimal correct to 2 significant figures. probability = In a one-dimensional system at time t-0, the wave function of a particle is given by the function (-Ar2 for 0SXSL V(x,0) - elsewhere -A LA as sketched in the diagram, where A is a positive constant. If the position of the particle is measured at time t-0, what is the probability of finding it somewhere in the interval 0 sx s L2? Specify your answer as a fraction or as a decimal correct to 2 significant figures. probability =