Homework Answers
`Hey,
Note: Brother in case of any queries, just comment in box I would be very happy to assist all your queries
1) A*B
2) A.*B
3) A.*B
Kindly revert for any queries
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1. Two different multiplication operations, namely A*B and A.*B, were discussed in the sample MAT...
Write a MATLAB program that loads two matrices A and B from the files hw41matA.txt andhw41matB.txt...
Write a MATLAB program that loads two matrices A and B from the files hw41matA.txt andhw41matB.txt and multiplies them together to obtain matrix C such that the element C(i,j) ofmatrix C is given by: C(i, j) = ∑A(i, k) ∗ B(k, j) where n = number of columns in A = number of rows in B. Display the matrix C in defaultMATLAB format. You cannot use the MATLAB matrix multiply or other inbuilt MATLAB functions forarithmetic operations. You must implement it....
Write a java calculator program that perform the following operations: 1. function to Addition of two...
Write a java calculator program that perform the following operations: 1. function to Addition of two numbers 2. function to Subtraction of two numbers 3. function to Multiplication of two numbers 4. function to Division of two numbers 5. function to Modulus (a % b) 6. function to Power (a b ) 7. function to Square root of () 8. function to Factorial of a number (n!) 9. function to Log(n) 10. function to Sin(x) 11. function to Absolute value...
Example 5 Figure below shows the effect of two different light intensities, namely 800 and 600...
Example 5 Figure below shows the effect of two different light intensities, namely 800 and 600 W per m² on the output voltage and current of a solar cell module. If the total cell area of the module is 0.42 m², calculate: (i) The output power of the module when it operates at each of the points A, and B. (ii) The solar to electric efficiency of the module at points A, and B. (iii) The output power at points...
Full answers and working out please. B -B (A+B) (B+A) (A-B) B FIGURE 1.3 FIGURE 1.4...
Full answers and working out please.
B -B (A+B) (B+A) (A-B) B FIGURE 1.3 FIGURE 1.4 (1) Addition of two vectors. Place the tail of B at the head of A; the sum, A+B, is the vector from the tail of A to the head of B (Fig. 1.3). (This rule generalizes the obvious procedure for combining two displacements. Addition is commutative: A+B=B+A; 3 miles east followed by 4 miles north gets you to the same place as 4 miles...
Function LUfac_solver.m is provided here: function [x] = LUfac_solver(LU,b,piv) % % function [x] = LUfac_solver(lu,b) %...
Function LUfac_solver.m is provided here:
function [x] = LUfac_solver(LU,b,piv)
%
% function [x] = LUfac_solver(lu,b)
%
% This program employs the LU factorization to solve the linear
system Ax=b.
%
% Input
% LU: lu matrix from GEpivot_new function
% b: right side column vector (ordered corresponding to original
vector
% sent to GEpivot_new)
% piv: vector indicating the pivoting (row interchanges that
took place
% during GE
%
% Output
% x: solution vector
%
% Written by Steve...
M2 instructions: In M2 data sheet you are adding vector A and B in 5 different...
M2 instructions: In M2 data sheet you are adding vector A and B in 5 different cases (a,b,c,d,e). In all cases Vector A is 3 N and vector B is 4 N, but in each case, they have different directions. Your task is to find vector C such that A+B=C. we are using drawing method of vector addition. To learn how to add 2 vectors watch the posted video. You should return the data sheet and show vector C and...
c++ Q.2. a) Create a C++ class template called MathCalc, to perform arithmetic operations between two...
c++
Q.2. a) Create a C++ class template called MathCalc, to perform arithmetic operations between two numbers. These arithmetic operations are addition, subtraction, multiplication and division. The MathCalc class template accepts two type parameters, which can be defined as: template <class T, class U>. This allows MathCalc to carry out arithmetic operations between two different data types. MathCalc has the following public methods, described here in pseudocode: i. Ret Sum(augend, addend); Ret is the return value of the method. ii....
#1 Exercises with Vectors-II Name [1] Suppose you have two vectors, a and b, that have...
#1
Exercises with Vectors-II Name [1] Suppose you have two vectors, a and b, that have the same length, so that lal-lb but they point in different directions. Denote the angle between them by . Show that tan(0/2) la-bMa+b Hint: Compute the right-hand side using the fact that lal-bl, and the trig identities 1-cos θ-2sin'(9/2) and 1+cos9-2cos(θ/2) 12] Vectors in 3-dimensions are often parameterized in terms of their length and two angles, as shown in the figure (think of a...
1. Let X be an iid sample of size n from a continuous distribution with mean...
1. Let X be an iid sample of size n from a continuous distribution with mean /i, variance a2 and such that Xi e [0, 1] for all i e {1,...,n}. Let X = average. For a E (0,1), we wish to obtain a number q > 0 such that: (1/n) Xi be the sample Р(X € |и — 9. и + q) predict with probability approximately In other words, we wish to sample of size n, the average X...
Wave Packets (a) Create a wave by adding two different waves by using Matlab, but different...
Wave Packets (a) Create a wave by adding two different waves by using Matlab, but different combination than those we used in the class. Paste the output graph (and also the code). Any two waves can be chosen, but explain the difference compared to the original wave packet we obtained in the class. You can modify the code I used in the class, or build something from scratch. (b) Add as much waves as you want (minimum:3), using Matlab. Explain...
Example 5 Figure below shows the effect of two different light intensities, namely 800 and 600 W per m² on the output voltage and current of a solar cell module. If the total cell area of the module is 0.42 m², calculate: (i) The output power of the module when it operates at each of the points A, and B. (ii) The solar to electric efficiency of the module at points A, and B. (iii) The output power at points...
Full answers and working out please.
B -B (A+B) (B+A) (A-B) B FIGURE 1.3 FIGURE 1.4 (1) Addition of two vectors. Place the tail of B at the head of A; the sum, A+B, is the vector from the tail of A to the head of B (Fig. 1.3). (This rule generalizes the obvious procedure for combining two displacements. Addition is commutative: A+B=B+A; 3 miles east followed by 4 miles north gets you to the same place as 4 miles...
Function LUfac_solver.m is provided here:
function [x] = LUfac_solver(LU,b,piv)
%
% function [x] = LUfac_solver(lu,b)
%
% This program employs the LU factorization to solve the linear
system Ax=b.
%
% Input
% LU: lu matrix from GEpivot_new function
% b: right side column vector (ordered corresponding to original
vector
% sent to GEpivot_new)
% piv: vector indicating the pivoting (row interchanges that
took place
% during GE
%
% Output
% x: solution vector
%
% Written by Steve...
M2 instructions: In M2 data sheet you are adding vector A and B in 5 different cases (a,b,c,d,e). In all cases Vector A is 3 N and vector B is 4 N, but in each case, they have different directions. Your task is to find vector C such that A+B=C. we are using drawing method of vector addition. To learn how to add 2 vectors watch the posted video. You should return the data sheet and show vector C and...
c++
Q.2. a) Create a C++ class template called MathCalc, to perform arithmetic operations between two numbers. These arithmetic operations are addition, subtraction, multiplication and division. The MathCalc class template accepts two type parameters, which can be defined as: template <class T, class U>. This allows MathCalc to carry out arithmetic operations between two different data types. MathCalc has the following public methods, described here in pseudocode: i. Ret Sum(augend, addend); Ret is the return value of the method. ii....
#1
Exercises with Vectors-II Name [1] Suppose you have two vectors, a and b, that have the same length, so that lal-lb but they point in different directions. Denote the angle between them by . Show that tan(0/2) la-bMa+b Hint: Compute the right-hand side using the fact that lal-bl, and the trig identities 1-cos θ-2sin'(9/2) and 1+cos9-2cos(θ/2) 12] Vectors in 3-dimensions are often parameterized in terms of their length and two angles, as shown in the figure (think of a...
1. Let X be an iid sample of size n from a continuous distribution with mean /i, variance a2 and such that Xi e [0, 1] for all i e {1,...,n}. Let X = average. For a E (0,1), we wish to obtain a number q > 0 such that: (1/n) Xi be the sample Р(X € |и — 9. и + q) predict with probability approximately In other words, we wish to sample of size n, the average X...
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