Can you kindly do the 2 (a, b, c, d, e) 3( a, b) and 4
clc
clear all
close all
A=[2 -3 1]
B=[2 3 -1]
C=[12:2:22]
D=[0.25:0.5:4.25]
N=[1:0.5:3.5;1.5:-1:-3.5;linspace(-2,-2,6)]
P=[1 -1 pi -3 2 -1;40:-20:-60;-4*pi:2*pi:6*pi];
Q=transpose(P)
disp('Part 2a')
A(2)
disp('Part 2b')
B(3)
disp('Part 2c')
D(3:6)
disp('Part 2D')
P(3,:)
disp('Part 2e')
Q(:,3)
disp('Part 3a')
N(2,:)=0
disp('Part 3b')
P(2:3,5:6)=1
V=[N;A B;C;P(3,:)];
V=[V Q]
PLEASE UPVOTE
2. Matrix A = Matrix B = log(A) Write MATLAB expressions to do the following. Evaluate the sum of the first row of B Evaluate the maximum value in the vector resulting from element-by-element multiplication of the first column of B with the third column of A. Use element-by-element division to divide the third row of A by the first three elements of the second column of B and evaluate the sum of the elements of the resulting vector.
(1 point) Suppose that: -15 A= and B = 3 -2 -4 -1 5 e) The elementary matrix E2.1 subtracts 6 times the first row of B from the second row of B. E2,1 = , Ez1 = f) The elementary matrix E3.1 subtracts -5 times the first row of B from the third row of B. E3.1 = g) The permutation matrix P13 switches the first and third rows of B. P13= ,P3! = h) The elementary matrix E32...
Problem 5 Create the following matrix by typing elements explicitly one command. Do not type individual 0 00 0 0 o o 0 0 0 0 0 1 2 3 F=0 01 10 20 0 0 2 8 26 0 0 3 6 32 E 0 045 6 0 0 7 8 9 Problem 6 Create two row vectors: a -4 10 0.5 1.8 -2.3 7, b [0.7 9 -53-0.6 12 (a) Use the two vectors in a MATLAB command...
write it in matlab language Question No 4 6 Marks The surface area and volume of the shown ring-shaped mechanical part are calculated respectively as follows: A =rd (2k +d) V = *d? (2R +d) Write a user defined function that computes surface area (A) and volume (V) of this ring from the arguments d and R. Suppose that is constrained to be 15 in, greater than d. Write a script file that uses your function to plot A and...
a. The elementary matrix ?1E1 multiplies the first row of A by 1/6.b. The elementary matrix ?2E2 multiplies the second row of A by -4.c. The elementary matrix ?3E3 switches the first and second rows of A.d. The elementary matrix ?4E4 adds 6 times the first row of A to the second row of A.e. The elementary matrix ?5E5 multiplies the second row of B by 1/3.f. The elementary matrix ?6E6 multiplies the third row of B by -4.g. The elementary matrix ?7E7 switches the first and third rows of B.h. The elementary matrix ?8E8 adds...
(1 point) Suppose that: -4 -2 -1 -3 -3 A= 1 and B = -1 -3 -1 -4 4 4 -3 -5 Given the following descriptions, determine the following elementary matrices and their inverses. e. The elementary matrix Es multiplies the second row of B by 1/2 Es = f. The elementary matrix Es multiplies the third row of B by -6. Eg = g. The elementary matrix E, switches the first and third rows of B. ,E,= h. The...
How is Problem 1 (a through e) typed up in Matlab? I would like to know how the commands is typed up along with solution please. Assignment 6 Problem 1) Consider the two following matrix, 1 4 2 2 4 100 and B In(A) 7 9 7 3 42 a) Select just the second row of B. b) Evaluate the sum of the second row of B. c) Multiply the second column of B and the first column of A...
Given : a = 4, b = 2, c = 6, d = 4 Student's name and ID #: 2. Determine the moment produced by force F about point 0. Express the result as a Cartesian vector. (40 points) P= {(a-b) i + (c+d)j + (b+d) k} kN B D 1.5 m 3m 3 m
Suppose that and B 4 -2 4 4 -2 2 Given the following descriptions, determine the following elementary matrices and their inverses. a) The elementary matrix E subtracts 5 times the first row of A from the second row of A. Ei- b) The elementary matrix E21 subtracts -3 times the first row of A from the second row of A. Ei- c) The permutation matrix P12 switches the first and second rows of A. 12 d) The elementary matrix...
3. (40 pts) A harronic oscillator has normalized energy eigenstates l e,) , n-0, 1, 2, The ladder operators have the properties and The momentum operator is given by |m/s 0)- (%)+2in)-in Suppose the oscillator is initially in the state a) (5 pts) What is the state |W() at later tiriest0 b) (5 pts) Write!ψ(1) as a column vector in the basis {1%), 1%), 19)} (5 pts) Write ()as a row vector in the basi),19) d) (5 pts) Construct the...