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10. There is a tiny catapult on a random planet with gravity different from Earth's. The ball is launched with an initial height of

10. There is a tiny catapult on a random planet with gravity different from Earths. The ball is launched with an initial hei

3. Choose the most appropriate model from among linear, quadratic, power, exponential, logistic, and logarithmic for the func 

10. There is a tiny catapult on a random planet with gravity different from Earth's. The ball is launched with an initial height of 1 inch and reaches its maximum height of 8 inches after 3 seconds. (a) Considering the trajectory of the ball, why does a quadratic model seem appropri- ate? (b) Construct a quadratic function h(t) that gives the height of the ball t seconds after being fired. 13. Choose the most appropriate model from among linear, quadratic, power, exponential, logistic, and logarithmic for the functions described below. Give a brief mathematical justification for the kind of model you chose. Do not construct the model. (a) The mass of a radioactive substance decays by half every ten thousand years. (b) (c) X y 5 200 10 400 15 600 Pr(foreign) 2- of 2.00 2.50 3.00 Gear Ratio ... 3,50 4.00

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