Interpretation : The percentage of the alpha particles was
Concept Introduction : Rutherford performed a gold foil experiment to test the atomic structure plum-pudding model.
Answer to Problem 66A
The percentage of alpha deflection was
Explanation of Solution
Given information:
The angle of deflection and number of deflections are given.
According to Rutherford’s experimental results, the majority of alpha particles either passed right through the gold foil or only minimally deflected it.
To calculate the percentage of deflections, first, calculate the total number of deflections in the gold foil experiment.
The total number of deflections is
To calculate the percentage of alpha deflections, divide the number of deflections for the given angle by a total number of deflections.
The percentage of alpha deflection was
Interpretation : The percentage of the alpha particles was
Concept Introduction : Rutherford performed a gold foil experiment to test the atomic structure plum-pudding model.
Answer to Problem 66A
The percentage of alpha deflection was
Explanation of Solution
Given information:
The angle of deflection and number of deflections are given.
According to Rutherford’s experimental results, the majority of alpha particles either passed right through the gold foil or only minimally deflected it.
To calculate the percentage of deflections, first, calculate the total number of deflections in the gold foil experiment.
The total number of deflections is
To calculate the percentage of alpha deflections, divide the number of deflections for the given angle by total number of deflections.
The percentage of alpha deflection was
Interpretation : The percentage of the alpha particles was
Concept Introduction : Rutherford performed a gold foil experiment to test the atomic structure plum-pudding model.
Answer to Problem 66A
The percentage of alpha deflection was
Explanation of Solution
Given information:
The angle of deflection and number of deflections are given.
According to Rutherford’s experimental results, the majority of alpha particles either passed right through the gold foil or only minimally deflected it.
To calculate the percentage of deflections, first, calculate the total number of deflections in the gold foil experiment.
The total number of deflections is
To calculate the percentage of alpha deflections, divide the number of deflections for the given angle by total number of deflections.
The percentage of alpha deflection was
Chapter 4 Solutions
Chemistry 2012 Student Edition (hard Cover) Grade 11
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