The video tutorial explains the hybridization of fluorine gas (F2) by determining the steric number, which is the sum of sigma bonds and lone pairs. It describes the electron configuration of fluorine, highlighting its atomic number and electron arrangement. The tutorial then delves into the energy diagram, focusing on the 2s and 2p orbitals involved in chemical bonding. It explains how fluorine forms chemical bonds through hybridization, resulting in sp3 orbitals. The video concludes with a discussion on hybridization notation for F2, emphasizing the sigma bond and sp3 configuration.

What is the steric number for F2, and what does it indicate about its hybridization?

• Steric number is 2, indicating sp hybridization

• Steric number is 3, indicating sp2 hybridization

• Steric number is 4, indicating sp3 hybridization

• Steric number is 5, indicating sp3d hybridization

What is the bond angle in a linear molecule like F2?

• 90 degrees

• 120 degrees

• 180 degrees

• 360 degrees

How many electrons does a neutral fluorine atom have?

• 7 electrons

• 8 electrons

• 9 electrons

• 10 electrons

Which orbitals are primarily involved in the chemical bonding of fluorine?

• 1s and 2s orbitals

• 2s and 2p orbitals

• 3s and 3p orbitals

• 1p and 2p orbitals

What is the composition of sp3 hybrid orbitals in terms of s and p character?

• 25% s character and 75% p character

• 50% s character and 50% p character

• 100% p character

• 75% s character and 25% p character

How many lone pairs are present in a fluorine atom after hybridization?

• Two lone pairs

• Four lone pairs

• Three lone pairs

• One lone pair

Which of the following best describes the energy level of hybridized orbitals in F2?

• Between 2s and 2p

• Higher than 2s and 2p

• Lower than 2s and 2p

• Higher than 2s but lower than 2p

What type of bond is formed between two fluorine atoms in F2?

• Triple bond

• Double bond

• Pi bond

• Sigma bond

In hybridization notation, how is the bond in F2 represented?

• F sp - F sp

• F sp3d - F sp3d

• F sp3 - F sp3

• F sp2 - F sp2

What is the primary reason for hybridization in fluorine atoms?

• To increase the number of electrons

• To form stronger bonds

• To change the atomic number

• To achieve a stable electron configuration