WRITE MATLAB 5) The following table represents long bend minor losses results. Time (s) Test No. Volume (L) Q (L/min) V (m/s) V/2g (m) hm (m) 1 11.96 5.0167 0.31789 0.00515 0.002 1 9.59 6.2565 0.39645 0.00801 0.005 3. 1 8.43 7.1174 0.45100 0.01036 0.005 4 1 7.09 8.4626 0.53624 0.01465 0.006 13.37 8.9753 0.56873 0.01648 0.008 2 9.81 12.232 0.77512 0.03062 0.011 7. 8.18 14.669 0.92957 0.04404 0.017 8. 7.83 15.325 0.97112 0.056461 0.018 Create a plot similar to the following plot (same xlabel, ylabel, title, and line formatting). Note that you need to make a linear curve fit. Long bend 0.02 - data1 0.018 Linear: y = 0.31'x + 0.0018 linear %3D 0.016 0.014 0.012 - E 0.01 0.008 2. 2. 6. (m)
WRITE MATLAB 5) The following table represents long bend minor losses results. Time (s) Test No. Volume (L) Q (L/min) V (m/s) V/2g (m) hm (m) 1 11.96 5.0167 0.31789 0.00515 0.002 1 9.59 6.2565 0.39645 0.00801 0.005 3. 1 8.43 7.1174 0.45100 0.01036 0.005 4 1 7.09 8.4626 0.53624 0.01465 0.006 13.37 8.9753 0.56873 0.01648 0.008 2 9.81 12.232 0.77512 0.03062 0.011 7. 8.18 14.669 0.92957 0.04404 0.017 8. 7.83 15.325 0.97112 0.056461 0.018 Create a plot similar to the following plot (same xlabel, ylabel, title, and line formatting). Note that you need to make a linear curve fit. Long bend 0.02 - data1 0.018 Linear: y = 0.31'x + 0.0018 linear %3D 0.016 0.014 0.012 - E 0.01 0.008 2. 2. 6. (m)
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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![WRITE MATLAB
5) The following table represents long bend minor losses results.
Test No.
Volume (L)
Time (s)
Q (L/min)
V (m/s)
V/2g (m) hm (m)
1
1
11.96
5.0167
0.31789
0.00515
0.002
9.59
6.2565
0.39645
0.00801
0.005
8.43
7.1174
0.45100
0.01036
0.005
1
7.09
8.4626
0.53624
0.01465
0.006
13.37
8.9753
0.56873
0.01648
0.008
6
9.81
12.232
0.77512
0.03062
0.011
8.18
14.669
0.92957
0.04404
0.017
8.
7.83
15.325
0.97112
0.056461
0.018
Create a plot similar to the following plot (same xlabel, ylabel, title, and line formatting).
Note that you need to make a linear curve fit.
Long bend
0.02
O- data1
0.018
Linear: y = 0.31"x+ 0.0018
linear
0.016
0.014
0.012
E 0.01
0.008
0.006
0.004
0.002
0.01
0.02
0.03
0.04
0.05
0.06
v/2g (m)
6) Create 10 random numbers between -5 and 5. And then use for loop and if condition to
count the positive numbers only.
Q.
(w) "u](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff6cc09c2-f05e-43f8-a8a5-2414f8e5baab%2F787bdedc-2c4a-446f-ad12-607f70821ef0%2Fciqwixs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:WRITE MATLAB
5) The following table represents long bend minor losses results.
Test No.
Volume (L)
Time (s)
Q (L/min)
V (m/s)
V/2g (m) hm (m)
1
1
11.96
5.0167
0.31789
0.00515
0.002
9.59
6.2565
0.39645
0.00801
0.005
8.43
7.1174
0.45100
0.01036
0.005
1
7.09
8.4626
0.53624
0.01465
0.006
13.37
8.9753
0.56873
0.01648
0.008
6
9.81
12.232
0.77512
0.03062
0.011
8.18
14.669
0.92957
0.04404
0.017
8.
7.83
15.325
0.97112
0.056461
0.018
Create a plot similar to the following plot (same xlabel, ylabel, title, and line formatting).
Note that you need to make a linear curve fit.
Long bend
0.02
O- data1
0.018
Linear: y = 0.31"x+ 0.0018
linear
0.016
0.014
0.012
E 0.01
0.008
0.006
0.004
0.002
0.01
0.02
0.03
0.04
0.05
0.06
v/2g (m)
6) Create 10 random numbers between -5 and 5. And then use for loop and if condition to
count the positive numbers only.
Q.
(w) "u
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