Chemical Bonding
Science Solutions from Chapter -1 - Chemical Bonding
In this chapter, we will study Lewis symbols and dot structures. It describes the arrangement of ions in ionic compounds. Drawbacks of the electronic theory and valence bond theory are covered here. It also explains the concept of hybridization.
Practice Other Topics from Chemical Bonding
This topic brings up the concept of chemical bonding. We will also examine Davy's experiment. Further, it demonstrates the less reactive and more reactive elements through various activities.
In this topic, we will centralize the configuration of elements through dots with the aid of numerous activities, examples, and tables. Further, it also demonstrates the history and significance of Lewis symbols.
This topic comprises theories stated by Lewis and Kossel. It demonstrates the practical behaviour of atoms through various examples for illustration. Further, we will concentrate on the activities discussed here.
In this topic, we will focus on the electrostatic bond that involves cation and anion with the aid of examples. Further, various activities are also illustrated to understand the concept.
The topic comprises the configuration of ions in ionic compounds. It also elaborates on the factors responsible for the formation of cationic and anionic compounds. Moreover, it demonstrates an example based on the sodium chloride arrangement.
This topic illustrates the concept of covalent bonds. It also demonstrates the formation of oxygen, nitrogen, methane, and ammonia molecules with the aid of a diagram. The drawbacks are also provided here in detail.
In this topic, we will learn about the valence shell electron pair repulsion theory. It also demonstrates the tables to illustrate the theory asserted by Gillespie and Nyholm with the points and examples.
This topic describes valence bond theory related to atomic orbitals and the electronic configuration of an element. It also contains different approaches and concepts related to the valence bond theory.
In this topic, we will understand the phenomenon in which hybrid orbitals are used in bond formation. It also explains salient features, types and some special hybridization of elements containing d orbital.
The topic describes the properties of ionic compounds through the table. Further, we will examine the behaviour of covalent compounds with the aid of diagrams, examples, and activities.
