एक विमा में आपेक्षिक वेग (Relative Velocity in One Dimension)|Examples|द्वि-विमा में आपेक्षिक वेग (Relative Velocity in two Dimension)|Question

Questions|Oblique Projection From A Certain Height|Relative Velocity In One Dimension

Show that in case of one dimensional elastic collision of two bodies, the relative velocity' of sepa¬ ration after the collision is equal to the relative velocity of approach before the collision

Statement-I : If two particles, moving with constant velocities are to meet, the relative velocity must be along the line joining the two particles. Statement-II : Relative velocity means motion of one particle as viewed from the other.

Assertion: If two particles, moving with constant velocities are to meet, the relative velocity must be along the line joining the two particles. Reason: Relative velocity means motion of one particle as viewed from the other.

सदिशों का अदिश गुणनफल (Scalar Product of Vectors)|तीन विमाओं में दो सदिशों का अदिश गुणनफल (Product of Two Vectors in Three Dimensions)|भौतिकी में अदिश गुणनफल के उदाहरण (Examples of Scalar Product in Physics)|प्रश्न (Question)|सदिशों का सदिश गुणनफल (Vector Product of Vectors)|तीन विमाओं में दो सदिशों का सदिश गुणनफल (Cross Product of Two Vectors in Three Dimensions)|प्रश्न (Question)

Discuss elastic collision in one dimension. Obtain expressions for velocities of the two bodies after such a collision.

These questions consists of two statements each printed as Assertion and Reason. While answering these question you are required to choose any one of the following five responses. Reason: For inelastic collision, 0leelt1 . Hence, the magnitude of relative velocity of separation after collision is less than relative velocity of approach before collision.

चाल तथा वेग में अंतर | Speed And Velocity - Explained In Hindi | Class 11 Physics

एकसमान वृत्तीय गति (Uniformly Circular Motion)|रेखीय वेग और कोणीय वेग में संबंध (Relation Between Linear Velocity and Angular Velocity)|प्रश्न|वृत्तीय गति में कण का त्वरण: अभिकेंद्र त्वरण (Acceleration of a Particle in Circular motion: Centripetal Acceleration)|प्रश्न