Data Tables B and C: Interpolation and Extrapolation Predictions Interpolated Predicted Tested Difference Drop Height Bounce Bounce % Error Height Height Extrapolated | Predicted Tested Difference % Error Drop Height Bounce Bounce Height Height Calculation of Percent Error: Percent Error = Prediction - Test Results x 100% Test Results A percent error can be either positive or negative. If the predicted value is greater than the test result, the percent error will be positive. If the predicted value is less than the test result, the percent error will be negative.Answer the following questions: 1. Identify the dependent and independent variables in this lab. Explain what the rule is for graphing independent versus dependent variables. 2. What happens to the bounce height as the drop height increases? What type of relationship does this suggest? ban College we 3. Calculate the bounce height for a 3.5 meter drop using the equation for the line on your graph. 4. After you graphed your data you were asked to interpolate and extrapolate information from your graph. What do you conclude about the accuracy of information found from a graph by interpolating between data points and extrapolationg beyond them? Explain your answer.Data Table A: Drop Height and Bounce Height holmco BOY SONO E of tipled andT .2 Drop Bounce Bounce Bounce Average Height Height Height Height Bounce Height Trial 1 47 34 30 36 Tolend sanub Trial 2 gold o 56 4 1 44 43 ed ert goal Trial 3 40 26. 30 26 oo need evist Trial 4 Jeum esO 63 48 46 47 . brillo neewie Trial 5 32 27 21 16 rigled orll bri Trial 6 24 16 16 19