6. (10 Points) Chance, the lovable white pitbull, has the crazies. He is sprinting across the...

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6. (10 Points) Chance, the lovable white pitbull, has "the crazies". He is sprinting across the yard, with velocity equation m vic(t) = [4 + (0.8 S (0.8). Chance maintains this pace for 5 seconds, before making a quick turn and changing his velocity to vzc (t) = [(1.5)]. He then runs for another 6 seconds before you quit monitoring the physics of his motion and just let the dog play. a) What was the acceleration of chance, and in what direction was he accelerating, during the first 5 seconds of his run? What about the last 6 seconds? c) Chance's dog friend Waffles (an objectively good dog name) is (barely) smarter than Chance and runs in a diagonal with the velocity equation vw (t) = [4] i []+[] = How long does it take Waffles to reach Chance's position at 11 seconds? 6. (10 Points) Chance, the lovable white pitbull, has "the crazies". He is sprinting across the yard, with velocity equation m vic(t) = [4 + (0.8 S (0.8). Chance maintains this pace for 5 seconds, before making a quick turn and changing his velocity to vzc (t) = [(1.5)]. He then runs for another 6 seconds before you quit monitoring the physics of his motion and just let the dog play. a) What was the acceleration of chance, and in what direction was he accelerating, during the first 5 seconds of his run? What about the last 6 seconds? c) Chance's dog friend Waffles (an objectively good dog name) is (barely) smarter than Chance and runs in a diagonal with the velocity equation vw (t) = [4] i []+[] = How long does it take Waffles to reach Chance's position at 11 seconds?