(a)
Program Description: Purpose ofproblem is to calculate the value of
Summary introduction: Problem will use matrix addition in the matrices
(b)
Program Description: Purpose ofproblem is to calculate the value of
Summary introduction: Problem will use matrix subtraction in the matrices
(c)
Program Description: Purpose ofproblem is to calculate the value of
Summary introduction: Problem will use matrix multiplication in the matrices
(d)
Program Description: Purpose ofproblem is to calculate the value of
Summary introduction: Problem will use matrix multiplication in the matrices
(e)
Program Description: Purpose ofproblem is to calculate the value of
Summary introduction: Problem will use matrix multiplication in the matrices
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Differential Equations: Computing and Modeling (5th Edition), Edwards, Penney & Calvis
- HW7_2 This problem uses an interpolating polynomial to estimate the area under a curve. Fit the interpolating polynomial to the following set of points. These points are the actual values of f(x) = sin (e* – 2) 0.4 0.8 1.2 1.6 y -0.8415 |-0.4866 0.2236 0.9687 0.1874 a) Plot the function f(x) and the interpolating polynomial, using different colors. Use polyfit and polyval. Also include the data points using discrete point plotting. b) We wish to estimate the area under the curve, but this function is difficult to integrate. Hence, instead 1.6 of finding ° sin(e* – 2) dx (which is the same as finding the area under the curve sin (e* – 2) ), we will compute the area under the interpolating polynomial over the domain 0arrow_forwardLet A = {a, b, c}, B = {x, y}, and C = {0, 1}. Identify B × B × B.arrow_forward1. Determine x[z] if [you use your ID as follows the first four numbers from right as x[n] and h[n] as the first five numbers from left respectively ] (for example If Your ID= [439804543]) then x[n] = {4, 3, 9, 8, 0₁, 4, 5, 4, 3}?arrow_forwardIf A = {1, 2, 6} and B = {2, 3, 5}, then the union of A and B isarrow_forwardFind minimum number of platforms required for railway station You are given arrival and departure time of trains reaching to a particular station. You need to find minimum number of platforms required to accommodate the trains at any point of time. For example: arrival[] = {1:00, 1:40, 1:50, 2:00, 2:15, 4:00} departure[] = {1:10, 3:00, 2:20, 2:30, 3:15, 6:00} No. of platforms required in above scenario = 4 Please note that arrival time is in chronological order. In java pleasearrow_forwardWhat is the determinant of M?M = [1 0 2; 3 8 5; 1 1 3]arrow_forward(x^2)/2 + (x^3)/3=gx.arrow_forwardQ8/F(A,B,C,D)= [m(0,2,5,8,10,13)+[d(1,7,12,15) G(A,B,C,D)= [m(6,7,11,12)+[d(0,2,3,8,13,15) Chose the correct answer None of them F= A'C'D'+ BD+ A'BD+ ABC', G= ABC'D'+ AB'CD +CD+ A'CD' F= BD+ A'D', G= AC'D'+ CD+ ABCD+ A'C F= A'C'D+ ABD+ B'D', G= A'BC+ ABC+ AC'D' F= A'B'D'+ AB'D'+ BC'D, G= A'CD'+ BCD+ ACD+ AC'D'arrow_forwardTM M = (Q, E, I, 6, 90, 9a, qr), where Q = {90, 91, 92, 9a, 9r}, Σ = {0, 1}, r = {0, 1, L}, and 8 is: 8(qo, U) = (qr, U, R) 8(90, 0) = 8(go, 1) (91, 0, R) (qo, 1, R) = 8(g1, L) = (ga, U, R) 8(91,0) = (91, 0, R) 8(91, 1) = (92, 1, R) = (92, U, R) 8(92, U) 8(92, 0) = (90, 0, R) 8(92, 1) = (92, 1, R) i. Prove that M is NOT a decider. ii. Mathematically describe the language A that M recognises. Prove that A ≤ L(M). iii. Prove A = L(M). iv. Is A Turing-decidable? [Give clear reasons for your answer. No need for a formal proof.]arrow_forwardint sum, k, i, j; int x[4] [4]={5,6,7,8},{1,2,3,4},{9,8,7,3},{2,1,7,1}; sum=0; for (i=1; i x[i-1][j] ) sum++; Give the value of sum after the statements are executed.arrow_forwardلتكن المصفوفة [x=[1,4,3,2;8,7,9,0;4,6,7,3 [Y=[1,6,7;5,6,4;7,8,9;0,3,4 [W=[1,3,4,5;7,6,8,9;0,9,1,2;4,5,2,3 اكتب كلا من الايعازات التالية : كون المصفوفة الفرعية من الصفوفةx حيث ان z= 6. 8 9. 9. 2.arrow_forward4x1+4x2+6x3+9x4=03x1+3x5=26x2+5x4+7x5=-46x1+8x4+2x5=54x5+7x2+6x3+8x1=-10Represent the set of equations in a matrix equation, Ax=b, where A is a square matrix and x and b are column vectors. Write the line of code to define matrix A for this problem matlab/octave languagearrow_forwardarrow_back_iosSEE MORE QUESTIONSarrow_forward_ios
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