Question: 2. What does the graph look like? What shape are the data points? 3. What equation from math describes this relationship? & Use the Desmos

2. What does the graph look like? What shape are the data points? 3. What equation from math describes this relationship? & Use the Desmos App to determine the quadratic coefficients. The equation in Desmos is : yl-Ax, BXH.C B = 5. Use Desmos to get a graph of velocity vs. time. To find the velocity graph, do the following. Type a function using the coefficients A, B and C given in the regression equation in step 4. f(x) = AM2 + Bx + C Find the velocity by using the slope function - The apostrophe after f is the slope. y=f (x) 6. Find two coordinates on the velocity time graph and determine the slope of the graph. Only choose points that are in the time range of your position time data. (t1, VI) = (12 , V2 ) = 6. Determine the slope of the velocity - time graph. 7. Compare the slope you found to the A coefficient you wrote in step 4. Is it double the A coefficient? Slope = A coefficient = 2A = 8. What should we call the slope of the velocity - time graph
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