Question

Which of the following correctly compares periodic properties of two elements and provides an accurate explanation for that difference? The first ionization energy of Al is greater than that of B because Al has a larger nuclear charge than B does. A The first ionization energy of F is greater than that of O because O has a higher electronegativity than F has. B The atomic radius of Ca is larger than that of Mg because the valence electrons in Mg experience more shielding than the valence electrons in Ca do. C The atomic radius of Cl is smaller than that of S because Cl has a larger nuclear charge than S does.

Answer 1

Answer:

Here mfers

Explanation:

The atomic radius of Cl is smaller than that of S because Cl has a larger nuclear charge than S does.

Answer 2

The atomic radius is defined as one of the distances between the nuclei of two atoms that are linked together. Sulfur does have the biggest atomic radius beaches, and as one moves left to right in a period, the atomic size decreases.

• Since Cl has a bigger nuclear charge than S, its atomic radius is lower.
• This comparison between the periodic properties of the two atoms offers an exact reason again for the disparity.
• Sulfur and chlorine are now in the lowest period, chemicals get the largest atomic radius.
• Since sulfur is from the left of chlorine here on the periodic table, it has a bigger atomic radius, and it does have the highest atomic radius of every conceivable element.

Therefore the final answer is "last choice".

Learn more:

brainly.com/question/24232615