Help I'm Falling Name Date The simplest case of falling motion is when you drop something. We can use this case to get m

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Help I M Falling Name Date The Simplest Case Of Falling Motion Is When You Drop Something We Can Use This Case To Get M 1 (115.75 KiB) Viewed 25 times

Help I'm Falling Name Date The simplest case of falling motion is when you drop something. We can use this case to get more of a feel for acceleration. Take the first and second kinematic equations on the right and rewrite them for falling from rest: Use y instead of x. Make down the +y direction. Start at zero (yo = 0). Make the initial velocity zero. t Make the acceleration +g (why + and not -?) Write the simplified y-equations here for distance and velocity (using vo-0, yo=0): 0.000 s y = 0.250 s v= 0.500 s Now fill in the table to the right with the velocity and distance for each time. The first two rows are done. 0.750 s 1.00 s Sketch the y-t graph of this in the space below and state what is the shape of this curve? (Sketch graphs don't require tick marks or any high degree of accuracy.) 1.25 s Do small sketch graphs to show the shapes of the v-t curve and the a-t curve. 1.50 s y-t sketch t this y 0m 0.306 m Grade x = xo + vot + ¹at² v = vo + at v² = v² + 2a4x x = xo +(vox + x)t V 0 m/s 2.45 m/s v-t sketch a-t sketch Math term for curve: