Exa Example (Solved example) Eqn Equation (Particular equation of the above book) AP Appendix to Example(Scilab Code that is an Appednix to a particular Example of the above book) For example, Exa 3.51 means solved example 3.51 of this book. Please write a Scilab program to read the data from the file Matrix_A.txt into A, and the data from the file Vector_b.txt in b. Scilab numbering policy used in this document and the relation to the above book. Put all the elements in A from problem 5 into Matrix_A.txt, and all elements in b into the Vector_b.txt. Please create two Notepad files called Matrix_A.txt and Vector_b.txt in the default folder. You can use transpose operator if you have to V = 5. Please write Scilab commands to calculate vector dot product and cross product for the following two vectors. Please write a Scilab command to find all the elements that equal to 3 in the vector in problem 1 above 4. Please write a Scilab command to sort the vector in problem 1 above in ascending order and in descending order. Please write a Scilab command to find out the length of the following vector V = 2. Dot product of A and B: is written as AB and calculated with the equation (there are others) Ab AB cos (angle) where the angle is measured between the two. To finish, if A and B are 3-by-N matrix, column-wise computations are done. Concerning boolean matrix, cross computes as if t (resp. B is the matrix with elements c (i,j) a (i,j)/b (i,j). Element-by-element multiplicative operations are obtained using.
However, rational matrix are not supported. Dot is used to mark decimal point for numbers : 3.25 and 0.001.
#SCILAB DOT PRODUCT FULL#
Requirement: You must take a screen shot of your Scilab console window and crop the screen shot properly so that your instructor can clearly see what you have done. cross returns the cross product of A and B, that is: A and B can be full or sparse matrix. You can use transpose operator if you have to. Transcribed image text: Please use Scilab to complete the following calculations (Five (5) points for each question). Please write Scilab commands to calculate vector dot product and cross product for the following two vectors.
0 kommentar(er)
