Please use a MATLAB code to execute the above.
`Hey,
Note: Brother in case of any queries, just comment in box I would be very happy to assist all your queries
clc
clear all
Value=-4:1:5;
Vibration=[-507.6,-261.88,-100.03,-38.08,6.9,7.53,15.6,51.8,182,428.97];
C=polyfit(Value,Vibration,4);
vv=-4:0.01:5;
yy=polyval(C,vv);
plot(vv,yy,Value,Vibration,'or');
Kindly revert for any queries
Thanks.
Please use a MATLAB code to execute the above. 2. Use polyfit to find a 4rd...
Use MATLAB to answer this question. Include MATLAB code used in
answer.
1. Measurements of the fuel efficiency of a car FE at various speeds v are shown in the table v (m 35 29.5 15 25 28 65 27 75 23 E (m 30 30 a) Curve-fit the data with the second-order polynomial. Use the polynomial to estimate the fuel efficiency at 60 mi/h. make a plot of the points and polynomial. b) Curve-fit the data with the third-order...
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MATLAB Code for question (2)
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Linear Algebra. please complete or show me how to to
complete it. idk what to do. thank you
Curve Fitting It is desired to fit a polynomial curve through evenly spaced (x-direction) points. The general form of a polynomial is: f(x) = 4x + 4-1x* +ajx + ao If one wishes to fit a curve through, say 4 points, one would need a 3rd degree polynomial (n = 3) such that 4 unknown constants could be evaluated. In the absence...
Need this answered in Matlab. Show code please. Thanks. The
second picture is a pseudo code of how this problem should be
answered. It might help.
QUESTION 5: (Problem 17.13) Bessel functions often arise in advanced engineering analyses such as the study of electric fields. Here are some selected values for the zero-order Bessel function of the first kind. 1.8 2.0 2.2 2.4 2.6 J0.5815 0.5767 0.5560 0.5202 0.4708 Estimate J(2using polyfit and polyval. Also use the MATLAB's built-in function...
I'm not allowed to use polyfit or polyval functions.
The hint the homework gives is setting up a linear system for
the polynomial coefficients and solving it.
The test case x = [1,2,3,4]
y = [5,-2,3,0]
x_dot = [1.5,2.5]
should result in
y_dot = -1.2500 0.2500
p = -3.333 26.0000 -61.6667 44.0000
Thanks to anyone who can answer this within the next day or
so!
1 Interpolation methods 1.1 The Lagrange polynomial function (y dot,p] = my Lagrange (x, y,x_dot)...
Please use matlab, post the code, and dont just write
the code by hand. Thank you!
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matlab
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Please solve using matlab and post the code used
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