2. Explain the equation relaung g3. State the equations of motion of a

1.	2. Explain the equation relaung g3. State the equations of motion of a free falling object frothe equations of constant accelerated motion.nd its weid
Answer» Newton's kinematics eqns -- Newton's kinematic equations are used to describe relationship between distance, time, velocity and acceleration.- These are only applicable for uniformly accelerated motion.- Standard kinematics equations(1) v = u + at(2) s = ut + 1/2 at^2(3) v^2 = u^2 + 2as ◆ Kinematic equations for freely falling body-Here,Acceleration a = gDisplacement s = h,Initial velocity u = 0 (1) First kinematics eqn -v = gt(2) Second kinematics eqn -h = 1/2 gt^2(3) Third kinematics eqn -v^2 = 2gh

2. Explain the equation relaung g3. State the equations of motion of a free falling object frothe equations of constant accelerated motion.nd its weid

Answer»

Newton's kinematics eqns -- Newton's kinematic equations are used to describe relationship between distance, time, velocity and acceleration.- These are only applicable for uniformly accelerated motion.- Standard kinematics equations(1) v = u + at(2) s = ut + 1/2 at^2(3) v^2 = u^2 + 2as

◆ Kinematic equations for freely falling body-Here,Acceleration a = gDisplacement s = h,Initial velocity u = 0

(1) First kinematics eqn -v = gt(2) Second kinematics eqn -h = 1/2 gt^2(3) Third kinematics eqn -v^2 = 2gh

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