QuestionAugust 10, 2025

Select the correct answer. How was Rutherford's gold foll experiment inconsistent with the plum pudding model of the atom? A. The model could not explain how alpha particles could be deflected at large angles. B. The model could not explain how alpha particles could penetrate the atoms. C. The model could not explain why the electrons in the atom would be evenly spaced. D. The model could not explain why alpha particles passed through the nucleus without any deflection.

Select the correct answer. How was Rutherford's gold foll experiment inconsistent with the plum pudding model of the atom? A. The model could not explain how alpha particles could be deflected at large angles. B. The model could not explain how alpha particles could penetrate the atoms. C. The model could not explain why the electrons in the atom would be evenly spaced. D. The model could not explain why alpha particles passed through the nucleus without any deflection.
Select the correct answer.
How was Rutherford's gold foll experiment inconsistent with the plum pudding model of the atom?
A. The model could not explain how alpha particles could be deflected at large angles.
B. The model could not explain how alpha particles could penetrate the atoms.
C. The model could not explain why the electrons in the atom would be evenly spaced.
D. The model could not explain why alpha particles passed through the nucleus without any deflection.

Solution
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Answer

A. The model could not explain how alpha particles could be deflected at large angles. Explanation 1. Identify the core inconsistency Rutherford's gold foil experiment showed that some alpha particles were deflected at large angles, which was not predicted by the plum pudding model. This model suggested a uniform distribution of positive charge, which would not cause significant deflection.

Explanation

1. Identify the core inconsistency<br /> Rutherford's gold foil experiment showed that some alpha particles were deflected at large angles, which was not predicted by the plum pudding model. This model suggested a uniform distribution of positive charge, which would not cause significant deflection.
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