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The empirical atomic radius of rubidium is 235 pm.
The empirical atomic radius of caesium is 260 pm.
The empirical atomic radius of francium is supposed to be approx. 260 pm.

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Q: Does rubidium cesium and francium have the same atomic radius?
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Related questions

Which element has the smallest atomic radius rubidium cesium and francium?

Rubidium


Rubidium cesium and francium all have one valence electron Which element has the smallest atomic radius?

Rubidium.


how does it compares atomic radius francium or cesium?

The atomic radius of caesium is practically identical to the atomic radius of francium.


What compares atomic radius francium or cesium?

The covalent atomic radius of francium is 260 pm.The covalent atomic radius of caesium is 244 pm.


Is the atomic size of francium greater than that of cesium?

The atomic radius of francium and caesium are considered to be equal.


What is the atomic radius for cesium?

Cesium (Cs) has an atomic radius of 265 picometers.


What has atomic mass of 85.5 and atomic radius of 248.0?

Rubidium Rubidium has atomic mass 85.5.


Does Francium have the largest atomic radius on the periodic table?

Francium has the largest atomic radius in Group 1 of the Periodic Table.


Which have large atomic radius?

francium


Does francium have a small radius?

The covalent atomic radius of francium is 260 pm and this value is not small.


What element has the greatest atomic radius?

The element cesium, at the left of row 6, is often cited as having the largest radius.However, francium in row 7 may be larger. There is almost no francium on Earth,as its half-life is 21.8 minutes.*The elements of the lower left hand side of the periodic table have the largest atomic radius. The upper right has the smallest.


Which element has the largest size of atoms?

Atomic radii have not been measured or calculated based on theoretical principles for all of the elements. However, based on the information available in the wikipedia tables of atomic radii it would appear that the largest atom will prove to be that of francium.