Suppose an arrow is shot upward on a certain planet with an intial height of 1.3 meters and an initial velocity of 60 m/s. Then its height in meters after t seconds is given by h(t) = 60t -6.3t² + 1.3. A) First, graph the function h(t) with Desmos (with an appropriate window for the situation - not too big and not too small) and print it out or make a hand-drawn and NEAT graph of the function h(t). Make sure there is a numerical scale on both axes. The graph should be neat enough and labeled enough (you'll need to add those labels by hand) so that someone looking at your graph can clearly answer the questions, "Approximately when does the arrow reach the highest point?" or "What is the approximate maximum height the arrow reaches?" or "Approximately when does the arrow hit the ground?" You are NOT being asked to answer these questions, but if someone were to look at your graph, they would easily be able to. Next, draw the tangent line to the curve at t = 6 seconds. (Don't do any math please really just draw it with your hand or use a line in an art program if you want to use a computer). Then, choose two points on that tangent line that are far apart from each other, clearly label them on your graph, and find the slope of that tangent line that you drew. Upload a picture of your beautiful graph with your tangent line and two points here: Edit Insert Formats BI U X₂ X²A A 15 m

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