33 6.2 m A child throws a ball onto the roof of a house, then catches it with a baseball glove 1.0 m above the ground, as in the diagram provided. The ball leaves the roof with a speed of 2.6 m/s. Calculate the speed of the ball (in m/s, to two decimal places) right before it lands in the child's glove. You do not need to find the direction the ball is moving.Bryden is racing is small 'Hot Wheels' cars through a loop-the-loop at home. His circular loop has a diameter of 36 cm. With what minimum speed (in m/s, to two decimal places) must his toy cars be travelling at in order to make it around the loop? You can assume the car maintains this speed around the entire loop. Include a FBD in your written work.A block (m, = 9 kg) is used to compress a spring (k = 40 N/m) by 20cm. The spring is then released and the first block moves a short distance before colliding inelastically (they stick together) with a stationary block (mz = 10 kg). Determine the final speed of the two coupled masses (in m/s, to two decimal places) after they collide. Hint: You will need to determine the speed with which my leaves the spring first, then analyze the collision