In this article, we are going to discuss the Inadequacy of classical mechanics and the origin of quantum mechanics. So let us start with the basis of the development of classical mechanics. The development of Classical mechanics is based on Newton’s three laws : Law of Inertia Law of Force Action and Reaction Law Classical …
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The protons which repeal each other electrostatically & the neutron which exert no electric force are held extremely close together inside a stable nucleus. In this topic, we will learn the properties of nuclear forces. Obviously, there are some forces operating within the nucleus which bind neutron to proton (n-p forces), proton to protons …
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In this post, we will discuss ‘Temporal & Spatial coherence’ in LASER. Let us start by defining Coherence. Coherence : A wave that appears to be a pure sine wave for an infinitely large period of time or in an infinitely extended space be said to be a perfectly coherent wave. In such a wave …
Rotatory and Translational motion: A rigid body is made up of a number of particles such that the relative distances of constituent particles remain unaffected under the action of force. The motion of such a body will be mainly of two kinds: Translational Motion Rotational (Rotatory) Motion Rotatory and Translational Motion In translational motion, …
According to Werners coordination theory, the central metal atom present in the complex can exhibit two types of valencies which are given below: Primary Valency (Ionizable Valency): The primary Valency of a central metal atom is equal to the oxidation state of the central metal atom. The primary Valency of the central metal atom can …
Even though many students prefer to create notes from scratch. However, if you are looking for pre-made BSc semester II physics notes, then this post is for you. In this post, we are going to provide BSc semester II physics chapter-wise notes. All you need to do is simply click on the download link just …
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