Velocity-Time Graph: Uniform Retardation and non-Uniform Acceleration Velocity–Time graphs present the motion of an element by presentation the changes of velocity with reference to time. The law is that the slope of…
Derivation of Equations of Motion with the help of Graphs Derivation of Equations of motion with the help of graphs (a) Graph in case of the equation, v = v0 + at In this equation,…
Fourth Equation of Dimensional Motion Fourth Equation Relation between initial velocity, final velocity and displacement or position v2 = v02 + 2as or, vx2 = vx02 + 2a (x –…
Fifth Equation of Dimensional Motion Fifth equation Let the initial velocity of an object moving with uniform acceleration ‘a’ be v0. We need to find the distance traveled by the…
First Equation of Dimensional Motion First Equation of Dimensional Motion In one dimensional motion a body moves along a straight line. So quantities associated with motion, for example displacement, velocity,…
Second Equation of Dimensional Motion Second Equation of Dimensional Motion In one dimensional motion a body moves along a straight line. So quantities associated with motion, for example displacement, velocity,…
Third Equation of Dimensional Motion Third Equation of Dimensional Motion In one dimensional motion a body moves along a straight line. So quantities associated with motion, for example displacement, velocity,…
Retardation or Negative Acceleration Retardation: The rate of change of velocity with the time of a moving body can either be positive or negative. If the rate of change…
Uniform Acceleration related to Motion Uniform acceleration: If the acceleration always remains constant, then that acceleration is called uniform acceleration. The acceleration of a freely falling body due to the…
Variable Acceleration related to Motion Variable acceleration: When the acceleration of a body changes with time, the acceleration is called variable acceleration. Variable acceleration can be produced due to the…