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Using the data values for D and H (from the incline alone), determine the value for “h” from the data generated from the “d” values. This is very straightforward (no trig is needed): the ratio is H/D = h/d. Show the work for the first data point below:

Using the data values for D and H (from the incline alone), determine the value for “h” from the data generated from the “d” values. This is very straightforward (no trig is needed): the ratio is H/D = h/d. Show the work for the first data point below:

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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-  Using the data values for D and H (from the incline alone), determine the value for “h” from the data generated from the “d” values. This is very straightforward (no trig is needed): the ratio is H/D = h/d.

Show the work for the first data point below:

Constant Value Data Table: Length of the entire ramp, D (m) Height of the entire ramp, H (m) Spring constant for the hoop spring (N/m) 1.3 0.08 200 Data Table: Spring Compression (m) Height of the cart at the top of the incline (m) Spring Energy (J) Distance "d" cart travels along the incline (m) .01 .01 .106 .00654 .02 .04 .439 .027 .03 .09 .959 .059 .04 .16 1.674 .103 .05 .25 2.600 .16
Transcribed Image Text:Constant Value Data Table: Length of the entire ramp, D (m) Height of the entire ramp, H (m) Spring constant for the hoop spring (N/m) 1.3 0.08 200 Data Table: Spring Compression (m) Height of the cart at the top of the incline (m) Spring Energy (J) Distance "d" cart travels along the incline (m) .01 .01 .106 .00654 .02 .04 .439 .027 .03 .09 .959 .059 .04 .16 1.674 .103 .05 .25 2.600 .16
d |h H Figure 1
Transcribed Image Text:d |h H Figure 1
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