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(Requires integral calculus.) Imagine that a quanton's wavefunction at a given time is y(x) = Ae¯xal, where A is an unspecified constant and a = 35 nm. If we were to perform an experiment to locate the quanton at this time, what would be the probability (as a percent) of a result within +0.47 a = ±16.45 nm of the origin? The probability is Note: Round the final answer to one decimal place. %.

(Requires integral calculus.) Imagine that a quanton's wavefunction at a given time is y(x) = Ae¯xal, where A is an unspecified constant and a = 35 nm. If we were to perform an experiment to locate the quanton at this time, what would be the probability (as a percent) of a result within +0.47 a = ±16.45 nm of the origin? The probability is Note: Round the final answer to one decimal place. %.

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(Requires integral calculus.) Imagine that a quanton's wavefunction at a given time is y(x) Ae-x/al, where A is an unspecified = constant and a = 35 nm . If we were to perform an experiment to locate the quanton at this time, what would be the probability (as a percent) of a result within ±0.47 a = ±16.45 nm of the origin? The probability is Note: Round the final answer to one decimal place. %.
Transcribed Image Text:(Requires integral calculus.) Imagine that a quanton's wavefunction at a given time is y(x) Ae-x/al, where A is an unspecified = constant and a = 35 nm . If we were to perform an experiment to locate the quanton at this time, what would be the probability (as a percent) of a result within ±0.47 a = ±16.45 nm of the origin? The probability is Note: Round the final answer to one decimal place. %.
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