Start Discovering Solved Questions and Your Course Assignments
TextBooks Included
Solved Assignments
Asked Questions
Answered Questions
Find the error in below code: %taking input phone numbers
There are three files to be used for this problem: oxy.asc gives the μa spectrum of 100% oxyhemoglobin for tissue with 0.5% blood content by volume
Create a comment every line including and below this code piece (index=round(x*fs); ) what each line does and how it works. The more explanation the better
Prompt a user to enter a .wav filename where the DTMF tones are stored. Load the recorded tones. Use the .wav file provided called project5.wav
Integrate set of diff. equations with given initial conditions and constants and plot concentration profiles of all 5 dependent variables
Create a Matlab script using the "randn" command to generate a vector of 10,000 random numbers that are normally distributed around zero
How do convert back to find P50 in mmHg and n given the best-fit?
Analyze the body's response to a bolus injection of this antibiotic:
Data collected for tetrameric bovine hemoglobin binding to oxygen is given above. Using this data, (a) create the oxygen dissociation curve, perform a linear
MATLAB Code Debugging.fname must be a function handle (if you want to use a string instead,
Nonlinear regression of pharmacokinetic model using Matlab.Placental transport of AZT to determine the pharmacokinetic parameters,
MATLAB Code Functions.Construct your own MATLAB function realizing the insertion sort algorithm.
Reproduce the plots shown in Fig. Try to be as accurate as possible in your reconstruction[MATLAB]
Find the Pade approximation R_(5,4) (x) for f(x) = sin x. Plot the following graphs:
The function l,u¸=naivege(a) that returns the lower triangular matrix L and an upper triangular matrix U such that A=LU, obtained by Gauss Elimination
Using MATLAB, plot the unit-step response curve of this system. Obtain the rise time, peak time, maximum overshoot, and settling time of the system.
The objective is to write MATLAB codes that calculate scalar, vector and triple (scalar) products of vectors.
Write a matlab program (Newton - Raphson ) for finding the root of the function f(x) = x^5 - 2x^3 + x + 2.
Calculate by hand the X(O), DTFT of the sequence x[n]=[1 1 1 1 0 0 0 0] for n=0:7, zero else.
Use the shift theorm to plot x delayed by 1, 4, 5, 6, and 8 samples, and plot the result for each. Remember the shift theorem says a delay.
Assume the signal consist of a sum of 3 sinusoids (sine functions, no phase delay). One sine is at 50hz, the second is at 60hz.
Using MATLAB, repeat part (a) and (b). Also check that the matrices A-BK and A-LC have the desired eigenvalues.
Use nodal analysis to determine the node voltages and also the branch currents of the circuit as shown in Fig.
Using the mfile window the height and distance traveled by a ball thrown at an angle A and with a speed v is: [h(t) =vtsin(A)-0.5gt^2] , [x(t)=vtcos(A)].
Plot the first seven values of the step response. Is the response increasing or decreasing with time? Is this what you would expect, and why?