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RQ 17 - 19 A growing field of inquiry that both holds great promise and poses great risk for humans is nanotechnology, the construction of extremely small machines. Over the past couple of decades, the size that a working gear can be made has consistently become smaller. The table shows milestones along this path. Years from 1967 0 Minimum gear size [mm] 0.8 Script 1 %% Variables to be used 2% Inputs 3% Y-year 4% MGS minimum gear size 5 0.4 5 6 % Outputs (a) Create a proper plot of the gear size (ordinate) versus the number of years from 1967 assuming the data are experimental. (b) Use polyfit to determine the exponential relationship for the data set and graph the resulting trendline along with the experimental data. (c) In a different experiment with different data, you determine the relationship to be MGS = 2.5e-0.5r. Create a proper plot of this expression on the same graph, assuming the units for both the time and gear size are the same between the two data sets. Note: To distingush between the two lines, include the equation of the line next to each and put a border around each equation that matches the color and line type of its line. 7 16 25 0.2 0.09 0.007 7% m - m value from exponential model 8% bb value from exponential model 9 10 %% Program 11 % Start writing your program here 37 31 2E-04 8E-06 My Solutions > Save C Reset MATLAB Documentation

RQ 17 - 19 A growing field of inquiry that both holds great promise and poses great risk for humans is nanotechnology, the construction of extremely small machines. Over the past couple of decades, the size that a working gear can be made has consistently become smaller. The table shows milestones along this path. Years from 1967 0 Minimum gear size [mm] 0.8 Script 1 %% Variables to be used 2% Inputs 3% Y-year 4% MGS minimum gear size 5 0.4 5 6 % Outputs (a) Create a proper plot of the gear size (ordinate) versus the number of years from 1967 assuming the data are experimental. (b) Use polyfit to determine the exponential relationship for the data set and graph the resulting trendline along with the experimental data. (c) In a different experiment with different data, you determine the relationship to be MGS = 2.5e-0.5r. Create a proper plot of this expression on the same graph, assuming the units for both the time and gear size are the same between the two data sets. Note: To distingush between the two lines, include the equation of the line next to each and put a border around each equation that matches the color and line type of its line. 7 16 25 0.2 0.09 0.007 7% m - m value from exponential model 8% bb value from exponential model 9 10 %% Program 11 % Start writing your program here 37 31 2E-04 8E-06 My Solutions > Save C Reset MATLAB Documentation

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Please refer to the variables already written in the code box as well. 

RQ 17-19 A growing field of inquiry that both holds great promise and poses great risk for humans is nanotechnology, the construction of extremely small machines. Over the past couple of decades, the size that a working gear can be made has consistently become smaller. The table shows milestones along this path. Years from 1967 0 Minimum gear size [mm] 0.8 Script 5 0.4 1% Variables to be used 2% Inputs 3% Y-year 4 MGS - minimum gear size 5 6 % Outputs 7% m- 8 % b 9 10% Program 11% Start writing your program here 7 0.2 Im value from exponential model b value from exponential model 16 25 0.09 0.007 (a) Create a proper plot of the gear size (ordinate) versus the number of years from 1967 assuming the data are experimental. (b) Use polyfit to determine the exponential relationship for the data set and graph the resulting trendline along with the experimental data. (c) In a different experiment with different data, you determine the relationship to be MGS = 2.5e-0.5t. Create a proper plot of this expression on the same graph, assuming the units for both the time and gear size are the same between the two data sets. Note: To distingush between the two lines, include the equation of the line next to each and put a border around each equation that matches the color and line type of its line. 31 37 2E-04 8E-06 My Solutions > Save C Reset MATLAB Documentation
Transcribed Image Text:RQ 17-19 A growing field of inquiry that both holds great promise and poses great risk for humans is nanotechnology, the construction of extremely small machines. Over the past couple of decades, the size that a working gear can be made has consistently become smaller. The table shows milestones along this path. Years from 1967 0 Minimum gear size [mm] 0.8 Script 5 0.4 1% Variables to be used 2% Inputs 3% Y-year 4 MGS - minimum gear size 5 6 % Outputs 7% m- 8 % b 9 10% Program 11% Start writing your program here 7 0.2 Im value from exponential model b value from exponential model 16 25 0.09 0.007 (a) Create a proper plot of the gear size (ordinate) versus the number of years from 1967 assuming the data are experimental. (b) Use polyfit to determine the exponential relationship for the data set and graph the resulting trendline along with the experimental data. (c) In a different experiment with different data, you determine the relationship to be MGS = 2.5e-0.5t. Create a proper plot of this expression on the same graph, assuming the units for both the time and gear size are the same between the two data sets. Note: To distingush between the two lines, include the equation of the line next to each and put a border around each equation that matches the color and line type of its line. 31 37 2E-04 8E-06 My Solutions > Save C Reset MATLAB Documentation
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