
5. (6 marks) Rewrite the following expressions using partial fractions. Check your results using Matlab. (a) s + 2 /s(s + 1) (b) s + 1 /(s − 1)2 (c) s 2 + 1 /s 2 − 1


5. (6 marks) Rewrite the following expressions using partial fractions. Check your results using Matlab. (a)...
5. Rewrite the following in radical (root) form, then evaluate. [4 marks) a) 643 b) 817 6. Solve the following exponential equations. Make sure to show your work! Leave your answers as fractions if necessary. [2, 3, 4 marks) a) 2x-3 = 32 c) 16*+1 = 83x-2 b) 3x+3 = 1
Please only do d,h,i
Thanks!
a. c. 25.5. Using the tables and partial fractions, find the inverse Laplace transform for each of the following: 75+5 5-1 b. (8 + 2)(s - 1) 52 - 7s + 12 3s2 +65 +27 d. f. 53 +9s $3 - 452 54-81 582 + 6s - 40 253 +352 +2s +27 652 +62s +92 h. i. (s + 6) (s2 +16) (52 + 9) (52 + 1) (5 + 1) (52 + 108 +21)...
2 Consider the series n2 +n (a) Use a partial fractions decomposition to rewrite 2 n2+n as a sum of fractions. 2 (b) Use part (a) to write down the nth partial sum, Sn, of the series na+n n=1 (c) Find the sum of the series 2 na+n n=1
(1 point) Calculate the integral below by partial fractions and by using the indicated substitution. Be sure that you can show how the results you obtain are the same. 1. 2x - dx 1 x² – 64 +C. First, rewrite this with partial fractions: I ZX64 dx = | dx + dx = (Note that you should not include the +C in your entered answer, as it has been provided at the end of the expression.) Next, use the substitution...
Show the partial fraction decomposition for the following expressions a) x-100 (2 marks) 2+8x-48 x+-34x +21x +145 -4x2 -3x+18 (2 marks) b) (2 marks) i) For each partial fraction decomposition answer from part a) use the expression i) Comment on the significance of the results.
Show the partial fraction decomposition for the following expressions a) x-100 (2 marks) 2+8x-48 x+-34x +21x +145 -4x2 -3x+18 (2 marks) b) (2 marks) i) For each partial fraction decomposition answer from part a) use...
2.* Let x -5- 8i and y 10-5i. Use MATLAB to compute the following expressions. Hand-check the answers. a. The magnitude and angle of y. b. The magnitude and angle of 3.* Use MATLAB to find the angles corresponding to the following coordinates. Hand-check the answers. a. (x, y) (5, 8) b. (x,y)(-5, 8) c. (x) (5,-8) d. (x,y)=(-5,-8) 4. For several values of x, use MATLAB to confirm that sinh x (e-e )/2
(b) Given the function f(x) = x2 (x-2)(x-3)2 i. Decompose f(x) into partial fractions (6 marks, C3) Hence, S-236-3) dx (3 marks, C3)
Using the theorems of switching algebra to rewrite the following expressions using as few inversions as possible (complemented parentheses are allowed): B'*C + A*C*D' +A'*C +D*B' + E*(A+C)*(A'+D')
s2+15 X(s) (s2+5s+ 6) (s2 +9) Find: (a) Use Partial Fractions Decomposition to write the rational function as the sum of simpler expressions (b) Obtain the time-domain solution, x(t), by finding the inverse Laplace Transform of X(s) f(t)) had initial conditions, x(0) 0 and (c) Consider the inverse question, if the ODE (ä + ax + bx = 1, what was the input function in the time domain, f(t) (0)
s2+15 X(s) (s2+5s+ 6) (s2 +9) Find: (a) Use Partial...
Using MATLAB
Use MATLAB to find the partial fraction expansions of the following: Hs(s +3)(s +4) tb) HG) (s17s2+79s +63) 3s +1 (a) G(S)-s +3s +2