Now that we have conceptualized the problem and have made a couple of predictions, we identily the analysis model that is needed to solve the problem. (1) Which one of the following represents the best analysis model to use to describe the harizontal component of the motion of the footbal? O particle in uniform circular motion O particle under constant velocity O particle under constant acceleration O none of the above (2) Which one of the fallowing represents the best analysis model to use to describe the vertical component of the motion of the footbal? O particie in uniform circular motion O particle under constant velocity O particle under constant acceleration O none of the above

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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please answer section 2

Part 1 of 9- Conceptualize:
Imagine the scene based on your observations of American football games. If you are familiar with such
games, you may realize that 40 yards is a relatively long field goal kick so we might expect the ball to be
falling from its highest point in part (b). There is no way we can predict an answer to part (a) based on our
experience because our experience doesn't involve the numerical values given in the problem. We would
expect the vertical position of the ball when it arives at the goal post to be a few meters.
Even though air resistance can have an effect on the motion of a football, we will ignore air resistance so that
we can use our analysis models to solve the problem.
Part 2 of s- Categoric:
Now that we have conceptualized the prablem and have made a couple of predictions, we identify the
analysis model that is needed to solve the problem.
(1) Which one of the following represents the best analysis model to use to describe the harizontal
component of the motion of the footbal?
O particle in uniform circular motion
O particle under constant velocity
O particle under constant acceleration
O none of the above
(2) Which one of the following represents the best analysis model to use to describe the vertical component
of the motion of the footbal?
O particle in uniform circular motion
O particle under constant velocity
O particle under constant acceleration
O none of the above
Transcribed Image Text:Part 1 of 9- Conceptualize: Imagine the scene based on your observations of American football games. If you are familiar with such games, you may realize that 40 yards is a relatively long field goal kick so we might expect the ball to be falling from its highest point in part (b). There is no way we can predict an answer to part (a) based on our experience because our experience doesn't involve the numerical values given in the problem. We would expect the vertical position of the ball when it arives at the goal post to be a few meters. Even though air resistance can have an effect on the motion of a football, we will ignore air resistance so that we can use our analysis models to solve the problem. Part 2 of s- Categoric: Now that we have conceptualized the prablem and have made a couple of predictions, we identify the analysis model that is needed to solve the problem. (1) Which one of the following represents the best analysis model to use to describe the harizontal component of the motion of the footbal? O particle in uniform circular motion O particle under constant velocity O particle under constant acceleration O none of the above (2) Which one of the following represents the best analysis model to use to describe the vertical component of the motion of the footbal? O particle in uniform circular motion O particle under constant velocity O particle under constant acceleration O none of the above
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