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How do the sizes of cations (positive ions) and anions (negative ions) compare with the size of neutral atoms?

How do the sizes of cations (positive ions) and anions (negative ions) compare with the size of neutral atoms?

Cations are smaller than the neutral atoms of the same element, whereas anions are larger than the neutral atoms of the same element.

This is because cations result from losing electron, and anions result from gaining electron.

Cations are smaller than the neutral atoms of the same element, whereas anions are larger than the neutral atoms of the same element.

This is because cations result from losing neutron, and anions result from gaining neutron.

Cations are larger than the neutral atoms of the same element, whereas anions are smaller than the neutral atoms of the same element.

This is because cations result from gaining electron, and anions result from losing electron.

Cations are larger than the neutral atoms of the same element, whereas anions are smaller than the neutral atoms of the same element.

This is because cations result from gaining neutron, and anions result from losing neutron.

Cations are smaller than the neutral atoms of the same element, whereas anions are larger than the neutral atoms of the same element. This is because cations result from losing electrons, which reduces the electron cloud and pulls the remaining electrons closer to the nucleus, making the cation smaller. On the other hand, anions result from gaining electrons, which increases the electron cloud and causes repulsion between electrons, making the anion larger.