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Sanosuke Sagara
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I have my doubt,solution and question in the attachment that followed.Thanks for anybody that spend some time on this question.
The radius of circular paths in an atom's nucleus is extremely small, on the order of 10^-15 meters. This is much smaller than the size of the nucleus itself.
The radius of circular paths in the nucleus is significantly smaller than the size of the nucleus. This is because the radius represents the distance from the center of the nucleus to the outer edge of the circular path, while the size of the nucleus includes the entire volume of the nucleus.
The radius of circular paths in the nucleus is determined by the energy level of the electron in orbit around the nucleus. The higher the energy level, the further the electron's orbit is from the nucleus, resulting in a larger radius.
Yes, the radius of circular paths in the nucleus can change depending on the energy level of the electron. As the electron gains or loses energy, its orbit can shift and the radius of the circular path will change accordingly.
The radius of circular paths in the nucleus is an important factor in determining the stability of an atom. Atoms with larger radii tend to be more stable because the electrons are further from the positively charged nucleus, reducing the likelihood of attraction and potential instability.