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Engineering and Scientific Computations Using MATLAB notes
Sergey E. Lyshevski - ISBN: 9780471723851
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View all 1 notes for Engineering and Scientific Computations Using MATLAB, written by Sergey E. Lyshevski. All Engineering and Scientific Computations Using MATLAB notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Engineering and Scientific Computations Using MATLAB summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Engineering and Scientific Computations Using MATLAB notes
If A and B are the same size, then A.*B is the element-by-element product of A and B.
Likewise, A./B is the element-by-element quotient of A and B, and A.c is the matrix formed by raising
each of the elements of A to the power c. More generally, if f is one of the built-in functions in MATLAB,
or is a user-defined function that accepts vector arguments, then f(A) is the matrix obtained by applying
f element-by-element to A. See what happens when you type sqrt(A), where A is the matrix defined as...
- Class notes
- • 52 pages •
If A and B are the same size, then A.*B is the element-by-element product of A and B.
Likewise, A./B is the element-by-element quotient of A and B, and A.c is the matrix formed by raising
each of the elements of A to the power c. More generally, if f is one of the built-in functions in MATLAB,
or is a user-defined function that accepts vector arguments, then f(A) is the matrix obtained by applying
f element-by-element to A. See what happens when you type sqrt(A), where A is the matrix defined as...
Do you have documents that match this book? Sell them and earn money with your knowledge!
Newest Engineering and Scientific Computations Using MATLAB summaries
If A and B are the same size, then A.*B is the element-by-element product of A and B.
Likewise, A./B is the element-by-element quotient of A and B, and A.c is the matrix formed by raising
each of the elements of A to the power c. More generally, if f is one of the built-in functions in MATLAB,
or is a user-defined function that accepts vector arguments, then f(A) is the matrix obtained by applying
f element-by-element to A. See what happens when you type sqrt(A), where A is the matrix defined as...
- Class notes
- • 52 pages •
If A and B are the same size, then A.*B is the element-by-element product of A and B.
Likewise, A./B is the element-by-element quotient of A and B, and A.c is the matrix formed by raising
each of the elements of A to the power c. More generally, if f is one of the built-in functions in MATLAB,
or is a user-defined function that accepts vector arguments, then f(A) is the matrix obtained by applying
f element-by-element to A. See what happens when you type sqrt(A), where A is the matrix defined as...
Do you have documents that match this book? Sell them and earn money with your knowledge!
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