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Generate a sphere of diameter 3. Create 3 vectors representing the translation of this sphere along the x, y, and z axes. Generate the correct vectors given the description below: The sphere should be translated to (-10, -10, -10). All translation steps should be 20 units long, whereas the translation vectors should be 8 elements each (starting with -10,-10,-10)). From the starting point, translate the sphere in this order. (+ denotes positive, - denotes negative). Each translation should be reflected in a separate frame. +x, +y, -x, +z, +x, -y, -x
If b=3, a=6 how many loops would the given program do? what will be the out put for z(4)? what would be size (in rows and columns) for variables z, i and b?
Compute the power spectral density vector. Plot the spectrogram using the same parameters as in lecture.
Design and explain a computer-based simulation model which you will use to estimate the probability that among 25, 50, 75, 100, 500, or 1000 randomly chosen people, at least 2 people share the same birthday.
write a function in MATLAB
Create Functions in File and how to code this function - Declare function inputs, and outputs
The bus arbiter is a device used in multi-master system with shared bus. It is used to allocate the control of the shared system bus to one master at a time depending priority.
The computer program or the finite element model for one value of a and the excel file for finite element results processing;Boundary conditions for the finite element model
Use MATLAB cross function to obtain the above cross products. Note that the accelerations are known functions of the derivatives of the three coordinates.
create a function that will use the secant method to tryt to find out the root
What does the pole-zero diagram tells you about the filter
create an animation of a square according to the directions below. Create a square with a side length of 3 with the square centered at (5,5). Translate this square along a cosine wave on the interval [0, 6*pi].
In this simulation we are going to explore the design of a recursive digital filter which might be usedvin a digital radio station. The sampling frequency used in digital radio (DAB) is either 48 kHz or 24 kHz and for the purposes of this simulation,
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