26. Using the time you chose in the previous step , predict the horizontal range of the projectile using the kinematic equations in the space below . 27. Test your prediction by firing the cannon and seeing where your projectile lands. When you successfully hit the target , paste a screenshot of your successful trial in the space below. Projectile Motion PHET : (you should be able to fill out t and A x in the table at the beginning of this part of the lab at this point ) 28 . Using the kinematics of the scenario , calculate v. , the final velocity of the projectile 0 , the angle at which the projectile strikes the ground at. Show your work in the space below and be sure to include a diagram of the components of 29. Using the kinematics of the scenario , calculate the maximum height , ) max , that the projectile attains in its trajectory. Show all of your work in the space below. When you have an answer , use the measurement tools in the simulation t to confirm your calculations and paste a screenshot in the space below. (you should be able to fill out the rest of the table for this section of the lab at this point)