what is the order of bond breaking and bond making ?

Q: What orbitals do the first- and second-row atoms use to form bonds?

A: The first and second-row atoms are H, He, Li, Be, B, C, N, O, F, Ne The molecular orbitals: Atomic…

Q: What is Bond Order?

A: Bond order(BO) is defined as the bonding electron pairs between atoms constituting a molecule.…

Q: What is the relationship among bond length, bond energy, and bond order? Bond order measures the…

A: Bond length, bond energy and bond order are related to each other.

Q: Which molecules show an increase in bond order when one electron is added to the molecule?

A: By adding one electron bond order increases in some molecules.

Q: Determine the hybridization around the indicated atoms.

A:

Q: How is an antibonding orbital formed?

A: The formation of antibonding orbital has to be explained.

Q: What are the different types of s - bond formation?

A: There is a huge variety of bonds formed in chemistry. Two of them are most important and are…

Q: Why is the concept of hybridization important in understanding bond angle and polarity? Explain…

A: Interpretation- To tell about the concept of hybridization important in understanding bond angle and…

Q: When p orbitals on adjacent atoms overlap to form a bond they ?

A: Given orbital type,          p orbitals on adjacent atoms

Q: What is the bond order in ClF?

A:

Q: What is a chemical bond according to valence bond theory?

A: A chemical bond is defined as an attraction between two atoms that keeps them together as a…

Q: illustrate the process of hybridization?

A: The concept of hybridization was explained by Pauling. It is defined as the intermixing of atomic…

Q: Which of the molecules are linear?

A:

Q: Why is the bond order of HCN three?

A: NOTE : The bond order with respect to cyanide bond i.e bond between C and N is 3.

Q: ‘What is the bond order for NO+ NO- and NO?’

A: The species given are NO+, NO- and NO.

Q: How can the Bond Angles be predicted?

A: The shape of the molecule from the electron pairs which are surrounded by the central atoms of the…

Q: Which viewing mode(s) (ball & stick, ball & bond type, tube or wireframe) gives the most information…

A: Ball and stick type model gives the most information about a molecules structure .

Q: Describe the hybridization of the atoms involved in the circled bond below.

A:

Q: Bonding and anti-bonding orbitals exist in

A: Given :-  Statement = bonding and anti-bonding orbitals exist in :-  To identify :-   Theory in…

Q: Why hybridization needed and where energy comes for excitation of electrons?

A: Combination or overlapping of 2 or more atomic orbitals to form bonds between elements gives the…

Q: What is hybridization?

A: Orbitals describe the wave nature of an electron. It is a mathematical function. It also gives the…

Q: bond strength

A: 1. (a) The factors influence bond strength has to be given. (b) The factors influence bond length…

Q: Define bond order.

A: Bond order is the number of bonds that are forming between two atoms. Bond order may or may not…

Q: why must atomic orbitals be hybridized before bonding?

A: Concept: Lower the energy, more the stability

Q: How would you distinguish between a sigma bond and a pi bond?

A: Sigma bond and pi bond are the two bonds formed in a molecule by the overlapping of orbitals.

Q: Hybrid orbitals form?

A: A hybrid orbital is an orbital which is formed by the combination of two or more atomic orbitals.…

Q: Distinguish between Bond energy term and Bond dissociation energy

A: Bond energy and bond dissociation energy are often used as synonyms , but they are not same. These…

Q: When two atoms are bonded by a triple bond, what is the hybridization of theorbitals that make up…

A: When two atoms are bonded by a tripe bond, then the orbitals are involved in SP hybridization and…

Q: How do covalent bonds form due to orbital overlapping?

A: As per the valence bond theory (VBT), the atomic orbitals of comparable energies overlap to form a…

Q: What is a covalent chemical bond according to valence bond theory?

A: Covalent chemical bond: It is a bond formed when there is mutual and equal sharing of electrons…

Q: In pyrrole, the overlapping of the pi-orbital with the lone pair of N would partially change its…

A: In pyrrole, the overlapping of the pi-orbital with the lone pair of N would partially change its…

Q: What are the different types of hybridization?

A: Given question is : What are the different types of hybridization = ?

Q: diamagnetic or paramagnetic? molecule stable? bond order

A:

Q: (iv) ČI

A: To name the below structure

Q: Explain about Hybridization of Orbitals ?

A: Interpretation-  To explain about the hybridization of the orbitals -    Introduction-…

Q: sigma bonds a

A:

Q: what are the differences of pi and sigma bond

A: A chemical bond is attraction between ions, atoms or molecules that result in formation of chemical…

Q: What is the bond order of the H–Ar and Ar–F bonds?

A:

Q: sigma bond number

A:

Q: Differentiate between Bonding Orbital and Anti-Bonding Orbital?

A: According to MOT (molecular orbital theory) , atomic orbitals combine together to form new orbitals…

Q: Explain Bond Cleavage ?

A: The interaction between two atoms resulting in the formation of compounds is called bond.

Q: What determines the magnitude of the bond dipole?

A: Bond Dipole - This quantity is a result of polarity differences in atoms because of difference in…

Q: Define Hybridization ?

A: Atomic orbitals combine to form molecular orbitals.Hybridization is a process by which atomic…

Q: what is the bond order of benzene?

A: The bond order of benzene can be shown in below

Bond Parameters

Many factors decide the covalent bonding between atoms. Some of the bond parameters are bond angle, bond order, enthalpy, bond length, etc. These parameters decide what kind of bond will form in atoms. Hence it is crucial to understand these parameters in detail and understand how changing these parameters affects the kind of bonding or various characteristics.

Bond Dissociation Energy

The tendency of an atom to attract an electron is known as its electronegativity.