$--$Given Values$--$

Electron Configuration: $=1s2,2s2,2p6,3s2,3p6,3d10,4s2,4p6,4d2,5s2$

Ions: $=Ho$

Distance $(nm)=3\mathrm{.}06$

Compound $1$:$=$Tin$(II)$ Iodide: SnI$2$

Molecular Formula $=C5H11OH$

Selected Element $=C$

Compound $2=$BeO

Compound $3=HCN$

How many atoms or molecules are there in a mole of a substance?

Your Answer $=$

Correct! Exact Answer $=6\mathrm{.}02E+23\frac{+}{-}6\%$

An element with the electron configuration shown above has how many electrons.

Your Answer $=$

Correct!

The ion on the the list below has an electron structure that is identical to which inert gas? $($Spell Correctly$)$

Your Answer $=$ isoeletri Incorrect.

The electrons that occupy the outermost filled shell are called:

Your Answer $=$ valence electrons Incorrect.

Calculate the $f{i}_i,$a cation with a valence of $+2$ and an anion with a valence of $-1,$ the centers of which are separated by a distance in nm shown above:

Your Answer $=1\mathrm{.}921{10}^{{?}^{{?}^{?}}}-8N$

Incorrect.

Compute the percent ionic character of the interatomic bonds for Compound $1$ found above:

Your Answer $=11\mathrm{.}4$ :

Incorrect.

From the Molecular Formula given above, what is the percentage $($by weight$)$ of the selected element:

Your Answer $=$

Correct! Exact Answer $=68\mathrm{.}13\frac{+}{-}6\%$

For Compound $2,$ indicate the type of primary $($interatomic$)$ bonding $($Ionic$,$ Covalent, or Metallic$)$:

Your Answer $=$

Correct!

For Compound $3,$ indicate the type of primary $($interatomic$)$ bonding $($Ionic$,$ Covalent, or Metallic$)$:

Your Answer

Correct!