Explanation:

Ionization energy goes up throughout the duration and under as girlfriend go under the group. This is the energy required to eliminate an electron. The the detailed elements it would certainly be hardest to remove an electron from Flourine as the optimistic nucleus close to the electron orbitals has better attractive force.

You are watching: Which of the atoms listed below has the smallest radius?


Explanation:

Helium has the the smallest atomic radius. This is as result of trends in the routine table, and the effective nuclear fee that holds the valence electron close to the nucleus. Atom radius decreases as you move throughout a duration from left to right and also decreases as you relocate up a group from bottom to top. Because He is at the top right-hand corner of the table, it must have the smallest atomic radius.


Explanation:

The regular table allows you to follow basic guidelines or "trends" the are presented on the table. Atomic radius is one such trend. Together you relocate down in groups, more shells are included to the atom which results in an increase in radius. As you move to the best on the periodic table, the nuclear charge boosts which traction the elctrons closer come the nucleus. As a result, the atom radius will certainly decrease when moving to the right.


Explanation:

Atomic radius decreases together you move left to ideal on the routine table. Together atomic number increases, therefore does the number of positive proton in the nucleus. To the much left that a period, electrons room widespread within a new electronic shell. To the much right the the period, the electrons still accounting the very same shell, yet experience better attractive force toward the nucleus as result of the greater number of proton present.

While that is true that flourine is the many electronegative element, this go not influence atomic radius (though the two patterns follow comparable patterns).


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Example question #45 : The routine Table


The distinction in the atomic radii that fluorine and lithium is most similar to the distinction in the atomic radii of i beg your pardon pair of elements?


Possible Answers:

Cs and also Bi


Fe and Br


As and also Se


Be and also B


Na and Cl


Correct answer:

Na and Cl


Explanation:

The atomic radius of aspects decreases together one move from left to right across the periodic table. The degree to i m sorry lithium has a larger atomic radius than fluorine is most similar to the distinction between another pair of facets within the same groups, the are also found ~ above the left and also right political parties of the table.

Fluorine and also chlorine space both halogens, and lithium and also sodium are both alkali metals. Fluorine and lithium are both in the second period, and also sodium and chlorine space both in the third. As you relocate from lithium to fluorine throughout the table, you will see similar changes and patterns as if you were moving from sodium to chlorine.


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Example question #46 : The periodic Table


Which the the adhering to atoms has the largest atomic radius?


Possible Answers:

Chlorine


Oxygen


Fluorine


Sulfur


Correct answer:

Sulfur


Explanation:

When predicting how atomic radius will readjust as you relocate along the periodic table, psychic these 2 trends.

1. As you move down the table in a given group, the atomic radius that the atoms will certainly increase.

2. Together you relocate left to right in a provided period, the atomic radius will certainly decrease.

Knowing this, we can compare the feasible options. Sulfur and chlorine room in the shortest period, so they have actually the largest atomic radii. Due to the fact that sulfur is to the left of chlorine on the routine table, that will have a larger atomic radius. As a result, sulfur has actually the largest atomic radius out of the feasible options.


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Example inquiry #47 : The periodic Table


Which that the following atoms has actually the smallest atomic radius?


Possible Answers:

Nitrogen


Chlorine


Oxygen


Sulfur


Fluorine


Correct answer:

Fluorine


Explanation:

As you move across a single period (row) ~ above the routine table, the atomic radius that each succeeding atom decreases. Together you move down a solitary group (column), the atomic radius of each successive atom increases. Together you relocate down a group, the maximum energy level that the valence covering increases, thus increasing the size of the electron cloud and atomic radius. As you move across a period to the right, the number of protons in the cell core increases. This also increases the attraction between the positively-charged nucleus and also negatively-charged electrons, pulling the electron in tighter and reducing the atomic radius.

The the smallest atoms room going to be located toward the upper right of the periodic table. That our offered answer choices, fluorine is the closest to the upper right, and thus has actually the the smallest radius.


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Example concern #48 : The routine Table


Which the the adhering to values go not boost as you move left to ideal in a duration of the regular table?


Possible Answers:

Electronegativity


Atomic radius


Electron affinity


Ionization energy


Correct answer:

Atomic radius


Explanation:

Atomic radius will certainly decrease as you relocate to the right, since the atomic variety of the aspect will be increasing. This results in a an ext positively fee nucleus the pulls the electron closer come the center. Together a result, atom radius will especially decrease native left to right.

Electronegativity, ionization energy, and electron affinity all boost to the right of the routine table.


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Example question #41 : The regular Table


List the following facets in stimulate of decreasing atomic radius.

Neon, fluorine, chlorine, oxygen, sodium, magnesium

 


Possible Answers:

*


*



*


*


Correct answer:


Explanation:

Within the same duration of the periodic table, atom radii decrease as there are much more charged corpuscle to entice one another, and within the same group, atom radii increases. The boost from the ascending group generally speaking is larger than the decrease under a period.

Four the the elements noted are in ~ the very same period, so us will place those four facets in order of decreasing atomic radii:

*

Now us simply have to place Neon, Fluorine, and also Oxygen, which space in the very same period. The tendency of diminish radii with boosting atomic number is no true for noble gases, together they have actually a finish octet and are slightly bigger to balance out electron-electron repulsion indigenous the octet. In bespeak of decreasing atom radius:

*

The rise from the octet is less than the increase from electron-electron repulsion.


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Example inquiry #50 : The routine Table


Which the the adhering to have the largest atomic radii within their respective periods (row)?


Possible Answers:

The noble gases


Alkali metals


Transition metals


Halogens


Correct answer:

Alkali metals


Explanation:

The alkali metals are found in the first group (column) of the periodic table, on the outward side. They have only 1 loosely bound electron in their outermost shells, and also their reliable nuclear charge values are low, giving them the biggest atomic radii of every the elements in their periods.


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