Increases with increase in no. of lone pairs.

Decreases with the increase in Bond order.

 

Decreases with increase in s-character.

 

 

 Decreases with the

 Increase  in the

 electro negativity of     the

 central atom.

 

As the s character increases, the size of the orbital becomes smaller. Hence bond length decreases.

 

Sp 3 hybridized molecule has greater bond length than sp 2 than sp

Bond strength is inversely proportional to the bond length.Hence Bond Strength Decreases with the increase in the no. of Lone pairs.

 

C=C has greater bond strength compared to C-C.

 

 

 

Sp  hybridized molecules have greater Bond strength compared to sp 2 and so on.

 

 

Sp with 1 lone pair has greater energy when compared to sp with 2 lone pairs and so on.

Sp with 1 lone pair has greater energy when compared to sp with 2 lone pairs and so on.

 

Hence it Increases with the increase in Bond order.

 

Hence it Increases with the increase in Bond order.

 

Hence it Increases with the increase in s character.

 

Hence it Increases with the increase in s character.

Bond Angle is inversely proportional to bond length.

 

It is directly proportional to the Bond order.

 

Directly proportional to the s Character.

 

 

Directly proportional

to the electro negativity of the

central atom.

 

 
 

 

 

Proportional to the

electro negativity of the

side atom.

 

Hence it  Decreases with the increase in the No . of lone pairs.

 

Hence it Increases with the increase in the Bond order.

 

Hence it Increases with the increase in s character.