Time height 1stdifference 2nd difference 0.0 320 1.0 315 2.0 300 3.0 275 4.0 240 a) Find the finite differences in the above table. Which model, linear or quadratic, best fits the data. b) Is the rate of change of height with respect to the time of the chosen model increasing, constant, or decreasing? Support your answer. c) Use graphing technology DESMOS on the next page to i) create table of values and ii) line of best fit using the model you chose in nart a)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Time height 1stdifference 2nd difference
0.0
320
1.0
315
2.0
300
3.0
275
4.0
240
a) Find the finite differences in the above table. Which model,
linear or quadratic, best fits the data.
b) Is the rate of change of height with respect to the time of the
chosen model increasing, constant, or decreasing? Support
your answer.
c) Use graphing technology DESMOS on the next page to i)
create table of values and ii) line of best fit using the model you
chose in nart a)
Transcribed Image Text:Time height 1stdifference 2nd difference 0.0 320 1.0 315 2.0 300 3.0 275 4.0 240 a) Find the finite differences in the above table. Which model, linear or quadratic, best fits the data. b) Is the rate of change of height with respect to the time of the chosen model increasing, constant, or decreasing? Support your answer. c) Use graphing technology DESMOS on the next page to i) create table of values and ii) line of best fit using the model you chose in nart a)
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