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3. The average value of the radius r can be determined using the following formula: S, rP(r)dr. A. Show that the average value of the radiusr for the 1s hydrogen atom is a. B. Why is the value at point (A) greater than the Bohr radius, when 1s is the closest state to the nucleus of Hydrogen?

3. The average value of the radius r can be determined using the following formula: S, rP(r)dr. A. Show that the average value of the radiusr for the 1s hydrogen atom is a. B. Why is the value at point (A) greater than the Bohr radius, when 1s is the closest state to the nucleus of Hydrogen?

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3. The average value of the radius r can be determined using the following formula: , rP(r)dr. A. Show that the average value of the radius r for the 1s hydrogen 3 atom is ao B. Why is the value at point (A) greater than the Bohr radius, when 1s is the closest state to the nucleus of Hydrogen?
Transcribed Image Text:3. The average value of the radius r can be determined using the following formula: , rP(r)dr. A. Show that the average value of the radius r for the 1s hydrogen 3 atom is ao B. Why is the value at point (A) greater than the Bohr radius, when 1s is the closest state to the nucleus of Hydrogen?
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