with detailed solution formulas given used it handwritten neat and clean

Kinematics Vf = Vo + at 24 : Final velocity Vf = 1702 + 2 ax Vo : Initial Velocity x: distance x = Not + + at 2 a : acceleration X = No + Uf t : time N Rectilinear motion 74 = Not + gt of = VO 2 + 2gg or Vf = VV0 2 + 2gy y = Not + 2g+ 2 Using quadratic equation, t = 16 + Jb2 - 4ac Operations + : if abject going down - : if dict gring upProjectile motion Vertical component, Vo Horizontal Component, Vo Voy = Vo sine Vox = Vocost R 1 13 1 As Freely Falling Body : As Rectilinear motion : Vfy = Voy + gt Vfy = Vox y = Vogt $ 2 gt ? * = Voxt LO MO Boron 10.81 Vfu 2= Voy2+ 2gy or Vry =Voy? + 2gy uminium 6.982/ onnatione + : Vo is downward um : Vo is upward Germaniu 3 2 72.630 For Displacement of a projectile or ) For Final Valucity of a Panictile Sn Tin r= v x 2 + y 2 118.71 24 = VVox 2 + Voy ? da ead\f3. From the height of I'm, the slug of the bulet left the barrel of a gun with a muzzle velocity of 50 m/s, after it was fined horizontally. How for will the slug strike the ground away from the point directly below the gun's barrel where it was fired ? 4 . a baseball left the bat after it was hit with a velocitys of some at an angle of 60 from the horizontal plane . If the baseball was oom above the ground when it was hit by the bat, after how many seconds will it strike the ground? 5. From a height of lom above the surface of planet x, a small piece of stone was dropped and it hit the surface of the planet after 2 seconds. If your mass here on earth is 50 kg, what will be your weight on planet x ?newtour Can of Gravitation GM, M 2 4 r 2 6 = 6. 67 x 10- " N. m?/ leg? r : distance between the particles canter to center ) F: common gravitational force of attraction 6 ME ME : mans of Earth = 5. 98 x 10 us RF - radius of Earth = 6.38 x 10 m