Consider a nano ring consists of total 12 atoms as shown below. A black atom is initially placed at the outer rim of the ring as shown in the figure below. The black atom can randomly jump (with equal probability) from atom to atom along the outer side of the ring on either side as shown by the arrows. When the black atom passes by the grey atom, it emits a pulse of light with intensity Io. Compute the total average intensity of light emitted by the black atom in 15 jumps.
Consider a nano ring consists of total 12 atoms as shown below. A black atom is initially placed at the outer rim of the ring as shown in the figure below. The black atom can randomly jump (with equal probability) from atom to atom along the outer side of the ring on either side as shown by the arrows. When the black atom passes by the grey atom, it emits a pulse of light with intensity Io. Compute the total average intensity of light emitted by the black atom in 15 jumps.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Consider a nano ring consists of total 12 atoms as shown below. A black atom is initially placed at the outer rim of the ring as shown in the figure below. The black atom can randomly jump (with equal probability) from atom to atom along the outer side of the ring on either side as shown by the arrows. When the black atom passes by the grey atom, it emits a pulse of light with intensity Io. Compute the total average intensity of light emitted by the black atom in 15 jumps.
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