For Exercises 39-46, a table of data is given. a. Graph the points and from visual inspection, select the model that would best fit the data. Choose from y = m x + b linear y = a b x exponential y = a + b ln x logarithmic y = c 1 + a e − b x logistic b. Use a graphing utility to find a function that fits the data.
For Exercises 39-46, a table of data is given. a. Graph the points and from visual inspection, select the model that would best fit the data. Choose from y = m x + b linear y = a b x exponential y = a + b ln x logarithmic y = c 1 + a e − b x logistic b. Use a graphing utility to find a function that fits the data.
Solution Summary: The author explains how to determine the function that best fits the logistic model y=c1+ae-bx using the graph utility.
The position of a particle that moves along the x-axis is defined by x = - 3t^2 + 12^t - 6 f, where t is in seconds. For the time interval t = 0 to t = 3 s, (1) plot the position, velocity, and acceleration as functions of time; (2) calculate the distance traveled; and (3) determine the displacement of the particleshow the graph and write the solution with a pen
The answer for number 1 is D
Could you show me why
The path of a particle moving in a straight line is given by s = t^3 - 6t^2+ 9t + 4, where s is in ft and t in seconds. a. Finds and a when v = 0. b. Find s and v when a = 0.show the graph if needed and write the solution with a pen
A Problem Solving Approach To Mathematics For Elementary School Teachers (13th Edition)
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