AВDHKMPQ1 Excel Charts Project Part 12 1. Create a scatter chart with the data in blue as described in the Excel Chart Project handout3 2. For the Chart title, put your last name in the title (e.g., Compton's Beam Deflection versus Load)47Beam DeflectionsMass (m)Load (W)Deflection8.(g)(N)(mm)9.0.0000.000101000.9810.700112001.9621.295123002.9431.775134003.9242.440145004.9053.0601516171819202122232425Part 1Part 2 | Part 3 I Part 4| Part 5||이 1. Linear Trendlines (See this link for trendline help): Using the data set given in Excel Supplement Part 1, we want to show that the beam deflection, given in millimeters, is linearly dependent on the load,given in Newtons. This means deflection will be plotted as a function of load. In other words, the deflection will be measured along the y-axis and the load will be measured along the x-axis.a. Add a linear curve fit of the plotted data with the line going through the origin by adding a linear Trendline element to your chart and setting the intercept of that line to zero (i.e., make sure "SetIntercept" is selected and equal to 0).b. Display the linear trendline equation on the chart (i.e., “Display Equation on chart" is selected). Display the equation's slope to 3 decimal places (select Category: Number and Decimal places: 3).c. Make sure your chart's axes and title are appropriately labeled. Include units with your axis labels. Do not display a legend. For the Chart title, put your last name in the title (e.g., Compton's BeamDeflection versus Load)Compton's Beam Deflection versus Load3.5y = 0.624x3.02.58 1.51.00.50.00.00.51.52.0253.05.0Load (N)Part 1 Chartrecon (mm)

The regression is a method of machine learning under subgroup Supervised Learning. The regression…

Excel Charts Project Part 1 2 1. Create a scatter chart with the data in blue as described in the Excel Chart Project handout 3 2. For the Chart title, put your last name in the title (e.g., Compton's Beam Deflection versus Load) Beam Deflections Load (W) Deflection Mass (m) (8). (N) 0.000 (mm) 0.000 100 0.981 0.700 1 200 1.962 1.295 2 300 2.943 1.775 3. 400 3.924 2.440 4 500 4.905 3.060

Excel Charts Project Part 1 2 1. Create a scatter chart with the data in blue as described in the Excel Chart Project handout 3 2. For the Chart title, put your last name in the title (e.g., Compton's Beam Deflection versus Load) Beam Deflections Load (W) Deflection Mass (m) (8). (N) 0.000 (mm) 0.000 100 0.981 0.700 1 200 1.962 1.295 2 300 2.943 1.775 3. 400 3.924 2.440 4 500 4.905 3.060

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Question

A
В
D
H
K
M
P
Q
1 Excel Charts Project Part 1
2 1. Create a scatter chart with the data in blue as described in the Excel Chart Project handout
3 2. For the Chart title, put your last name in the title (e.g., Compton's Beam Deflection versus Load)
4
7
Beam Deflections
Mass (m)
Load (W)
Deflection
8.
(g)
(N)
(mm)
9.
0.000
0.000
10
100
0.981
0.700
11
200
1.962
1.295
12
300
2.943
1.775
13
400
3.924
2.440
14
500
4.905
3.060
15
16
17
18
19
20
21
22
23
24
25
Part 1
Part 2 | Part 3 I Part 4| Part 5||
이

1. Linear Trendlines (See this link for trendline help): Using the data set given in Excel Supplement Part 1, we want to show that the beam deflection, given in millimeters, is linearly dependent on the load,
given in Newtons. This means deflection will be plotted as a function of load. In other words, the deflection will be measured along the y-axis and the load will be measured along the x-axis.
a. Add a linear curve fit of the plotted data with the line going through the origin by adding a linear Trendline element to your chart and setting the intercept of that line to zero (i.e., make sure "Set
Intercept" is selected and equal to 0).
b. Display the linear trendline equation on the chart (i.e., “Display Equation on chart" is selected). Display the equation's slope to 3 decimal places (select Category: Number and Decimal places: 3).
c. Make sure your chart's axes and title are appropriately labeled. Include units with your axis labels. Do not display a legend. For the Chart title, put your last name in the title (e.g., Compton's Beam
Deflection versus Load)
Compton's Beam Deflection versus Load
3.5
y = 0.624x
3.0
2.5
8 1.5
1.0
0.5
0.0
0.0
0.5
1.5
2.0
25
3.0
5.0
Load (N)
Part 1 Chart
recon (mm)

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