# Question Solved1 AnswerLearning Goal: To graph position, velocity, and acceleration of an object given a table of positions vs. time. The table below shows the \( x \) coordinate of a moving object. The position is tabulated at one-second intervals. The \( x \) coordinate is indicated below each time. Figure 1 of 3 Which graph (Figure 1) best represents the function \( x(t) \), Learning Goal: To graph position, velocity, and acceleration of an object given a table of positions vs. time. The table below shows the \( x \) coordinate of a moving object. The position is tabulated at one-second intervals. The \( x \) coordinate is indicated below each time. Figure 1 of 3 Which graph (Figure 1) best represents the function \( x(t) \), describing the object's position vs. time? 1 5 3 4 Which of the following graphs (Figure 2 ) best represents the function \( v(t) \), describing the object's velocity as a function of time? View Available Hint(s) Which of the following graphs (Figure 3) best represents the function \( a(t) \), describing the acceleration of this object? View Available Hint(s)

Transcribed Image Text: Learning Goal: To graph position, velocity, and acceleration of an object given a table of positions vs. time. The table below shows the \( x \) coordinate of a moving object. The position is tabulated at one-second intervals. The \( x \) coordinate is indicated below each time. Figure 1 of 3 Which graph (Figure 1) best represents the function \( x(t) \), describing the object's position vs. time? 1 5 3 4 Which of the following graphs (Figure 2 ) best represents the function \( v(t) \), describing the object's velocity as a function of time? View Available Hint(s) Which of the following graphs (Figure 3) best represents the function \( a(t) \), describing the acceleration of this object? View Available Hint(s)
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Transcribed Image Text: Learning Goal: To graph position, velocity, and acceleration of an object given a table of positions vs. time. The table below shows the \( x \) coordinate of a moving object. The position is tabulated at one-second intervals. The \( x \) coordinate is indicated below each time. Figure 1 of 3 Which graph (Figure 1) best represents the function \( x(t) \), describing the object's position vs. time? 1 5 3 4 Which of the following graphs (Figure 2 ) best represents the function \( v(t) \), describing the object's velocity as a function of time? View Available Hint(s) Which of the following graphs (Figure 3) best represents the function \( a(t) \), describing the acceleration of this object? View Available Hint(s)
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Question 1 Correct answer&#160; a. 1 Graph 1 represents the function well because it is a linear graph. The other graphs are not linear, which means they do not represent the function as well.&#160; Incorrect answer&#160; Graph 2 is not linear, which means it does not represent the function as well. Graph 3 is not linear, which means it does not represent the function as well. Graph 4 is not linear, which means it does not represent the function as well. Question 2 Correct answer is&#160;&#160;b. 2 Assuming that the graph is meant to represent the velocity of an object over time, I would say that graph 2 represents the function the best. This is because the velocity of an object would typically be represented as a line on a graph, with the velocity increasing or decreasing over time. Graph 2 shows a line that is increasing over time, which represents the velocity of an object increasing over time.&#160; Incorrect answer&#160; Graphs a, c, and d would not typically be used to represent the velocity of an object over time. Graph a is a bar graph, which is typically used to represent data that is not continuous. For example, a bar graph could be used to represent the number of people in a room at different times of day.&#160; Graph c is a scatter plot, which is typically used to represent ... See the full answer