4 2 with an initial speed A small ball of mass m is thrown at t = 0 from a height I = 65 m t₁ = 14 m/s which is parallel to the ground, as shown in the Figure. At the same instant, a car with an initial speed of r2 = 16 m/s starts to decelerate at a rate a 5.9 m/s2 along the horizontal direction. (Take g = 9.8m/s².) What is the speed of the ball at f= 2.3 s in units of m/s? Do not forget to encode your answer below: What is the distance between the ball and the car when the ball hits the ground? Do not forget to encode your answer bol

4 2 with an initial speed A small ball of mass m is thrown at t = 0 from a height I = 65 m t₁ = 14 m/s which is parallel to the ground, as shown in the Figure. At the same instant, a car with an initial speed of r2 = 16 m/s starts to decelerate at a rate a 5.9 m/s2 along the horizontal direction. (Take g = 9.8m/s².) What is the speed of the ball at f= 2.3 s in units of m/s? Do not forget to encode your answer below: What is the distance between the ball and the car when the ball hits the ground? Do not forget to encode your answer bol