a. Place this data set in the table below. Each data point is given in the format of (x, y). The x values represent time in minutes. The y-walues represent distance in kilometers. (0, 5.0). (10, 9.5), (20, 14.0), (30, 18.5), (40, 23.0), (50, 27.5), (60, 32.0). Independent variable (x-axis) Dependent variable (y-axis) b. What is the range for the independent variable? c. What is the range for the dependent variable? d. Make your graph using the blank graph below. Each axis has twenty lines (boxes). Use this information to detemine the adjusted scale for the -axis and the y-axis. e. Label your graph. Add a label for the waxis, y-axis, and provide a title. f. Daw a smooth line through the data points.
a. Place this data set in the table below. Each data point is given in the format of (x, y). The x values represent time in minutes. The y-walues represent distance in kilometers. (0, 5.0). (10, 9.5), (20, 14.0), (30, 18.5), (40, 23.0), (50, 27.5), (60, 32.0). Independent variable (x-axis) Dependent variable (y-axis) b. What is the range for the independent variable? c. What is the range for the dependent variable? d. Make your graph using the blank graph below. Each axis has twenty lines (boxes). Use this information to detemine the adjusted scale for the -axis and the y-axis. e. Label your graph. Add a label for the waxis, y-axis, and provide a title. f. Daw a smooth line through the data points.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Please help me answer d e and f
Transcribed Image Text:a. Place this data set in the table below. Each data point is given in the format of (x, y). The x- values
represent time in minutes. The y-values represent distance in kilometers.
(0, 5.0), (10, 9.5), (20, 14.0), (30, 18.5), (40, 23.0). (50, 27.5), (60, 32.0).
Independent variable
(x-axis)
Dependent variable
(y-axis)
b. What is the range for the independent variable?
c. What is the range for the dependent variable?
d. Make your graph using the blank graph below. Each axis has twenty lines (boxes). Use this information
to detemine the adjusted scale for the -axis and the y-axis.
e. Label your graph. Add a label for the xaxis, y-axis, and provide a title.
f. Draw a smooth line through the data points.
g. Question: What is position value after 45 minutes? Use your graph to answer this question.
h. Question: This graph is a position versus time graph. Do you think the position change is more
representative of a person running, a person on a bicycle, or a person driving a car? Justify your answer.
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