Pаckаge releаse (10 pоints) A drоne is mоving horizontally at 18.0 m/s when it drops a package from a height of 60.0 m . At that moment, a marked target is 70.0 m ahead of the package. Take right and up as positive. Ignore air resistance and use g = 9.80 m/s² . Show your work. Draw the path at three points: release, roughly halfway down, and just before landing. At each point, draw and label the horizontal and vertical velocity components and the acceleration. Include the target. (2 pts) Find the time in the air and the horizontal distance traveled. Explain why you used vertical motion to find the time. (2 pts) Find both impact velocity components and the impact speed. Explain the sign of the vertical component. (2 pts) Does the package land before or beyond the target? Calculate the difference. Where should it be released to hit the target with the same speed and altitude? (2 pts) Sketch separate graphs of horizontal velocity versus time and vertical velocity versus time. Label both axes, mark release and impact, and explain the shapes of the two graphs. (2 pts) Upload ONE PDF at the end of the exam containing all of your written solutions. Do not upload a separate file for this question.