• The energy of a particle in one dimensional box is>A. Directly proportional to quantum number n.>C. Inversely proportional to quantum number n.>B. Directly proportional to quantum number n2>D. Inversely proportional to quantum number n2.
Answers
Answer:
aDirectly proportional to quantum number
Answer:
The energy of a particle in one dimensional box
Explanation:
This means the particle always has some kinetic electricity. The rectangular of the wavefunction is associated with the possibility of locating the particle in a selected role for a given power stage. The power of the particle is quantized as a consequence of a standing wave situation within the box. The capability energy function that confines the particle in a one-dimensional box.
it can be observed that for n = 1, i.e. in the lowest power state, the particle has the maximum threat of being determined at the center of the only-dimensional field, i.e. at x = a/2. For n = 2, the particle has no danger of being discovered at the center. The most values occur at x = a/4 and x = 3a/4.
within the troubles of a particle in a one-dimensional box, it is assumed that the capability inside the container is 0. The power possessed through the particle is not anything however the kinetic energy of the particle.
The energy of a particle in one dimensional box is>A. Directly proportional to quantum number n.>C. Inversely proportional to quantum number n.>B. Directly proportional to quantum number n2>D. Inversely proportional to quantum number n2.
https://brainly.in/question/39049827?msp_srt_exp=4
The energy of moving particles in matter
https://brainly.in/question/52137554?msp_srt_exp=4
#SPJ3