Academic Integrity: tutoring, explanations, and feedback — we don’t complete graded work or submit on a student’s behalf.

Ga, ln and Ti have atomic radii and ionization energies and electronegativities

ID: 917777 • Letter: G

Question

Ga, ln and Ti have atomic radii and ionization energies and electronegativities than expected. The deviations for Ga and in reflect the block contraction in size Similarly, the deviations for TI reflect the block (lanthanide) contraction. Boron is a while the other elements of this group are classified as Aluminum's density and valence electrons make it an exceptional Gallium is a at room temperature while the other elements of this group exist as Many Group 3A(13) elements exhibit oxidation state(s).

Explanation / Answer

1)lower,higher,high,d,f

2)non metal,metalloids

3)low,three,one

4)liquid,solids

5)+3