Find the ratio between - bonds and lone pairs of sp2- hybrid orbitals in C3N3NH23-

3 pi bonds are present and 3 lone pairs are present in sp^2 hybrid orbitals.Hence, the ratio is 3/3 = 1 .Thus, the ratio of the number of pi bonds to ...

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Byju's Answer

Standard XII

Chemistry

Allotropes of Phosphorus

Find the rati...

Question

Find the ratio between $π$ bonds and lone pairs of $s p^{2 -}$ hybrid orbitals in $C_{3} N_{3} (N H_{2})_{3}$ .

Open in App

Solution

3 pi bonds are present and 3 lone pairs are present in $s p^{2}$ hybrid orbitals.
Hence, the ratio is $\frac{3}{3} = 1$ .
Thus, the ratio of the number of pi bonds to the number of lone pairs of electrons is $s p^{2}$ hybrid orbitals is $1 : 1$ .

Suggest Corrections

Similar questions

Q. Find the ratio of lone pairs to

π

bond (present in ring).in

C_{3} N_{3} (N H_{2})_{3}

Q. Find the ratio of the total number of bonds to lone pair of

s p^{2}

-hybrid orbitals in

C_{3} N_{3} (N_{3})_{3} .

Q. Find the ratio of lone pairs present on

C l

atoms to

s p^{2}

-hybrid orbital in

C_{3} N_{3} C l_{3}

molecule.

Q. In

X e F_{2}

molecule, the angle between the two lone pair orbitals is

α

, the angle between the lone pair orbital and the bond pair orbital is

β

. The angle between the bond pair orbitals

γ

is:

Q. The total number of

s p^{2}

hybrid orbitals used in bonding of ethylene molecule is:

Join BYJU'S Learning Program

Find the ratio between π bonds and lone pairs of sp2− hybrid orbitals in C3N3(NH2)3.

3 pi bonds are present and 3 lone pairs are present in sp2 hybrid orbitals.Hence, the ratio is 33=1.Thus, the ratio of the number of pi bonds to the number of lone pairs of electrons is sp2 hybrid orbitals is 1:1.

Find the ratio between $π$ bonds and lone pairs of $s p^{2 -}$ hybrid orbitals in $C_{3} N_{3} (N H_{2})_{3}$ .

3 pi bonds are present and 3 lone pairs are present in $s p^{2}$ hybrid orbitals.
Hence, the ratio is $\frac{3}{3} = 1$ .
Thus, the ratio of the number of pi bonds to the number of lone pairs of electrons is $s p^{2}$ hybrid orbitals is $1 : 1$ .