Use minors to expand the determinant of
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- FIND THE INVERSE LAPLACE OF EACH LAPLACE EQUATIONarrow_forward2) Find the value of x :- 2 1 [x 4 1]] 1 2 = 0 2 1 ans. : x= ) or x= 1arrow_forwardQ1 A three-level offshore platform located in the Helang Oilfield area has a 1500 kg floor steel grating supported at each level. The structure sometimes is subjected to a vertical ocillation movement during rough sea waves given by function of y(t) = Y sin ot If the steel grating only moves in the vertical direction and is supported by one equivalent spring and damper at each steel grating pole level with stiffness, k, = (300 xT) Nim, k= (200 x T) Nm and k = (100 × T) Ním while damping, c: = (15 x U) Nsm, c: = (10 x U) Ns'm and c; = (5 x U) Nsim, respectively, as simplified in Figure Q1. Neglect the effect of gravitational force. Use T=4 and U = 6 Table 1 5th digit of matric number 6th digit of matrix number T 4 1 4 1 4 2 3 3 6 4 4 6. 5 3 6. 6. 2 6 7 2 7 1 6. 1 (a) Sketch a free body diagram for each steel grating that includes the mass's action and reaction forces. (b) Determine the equation of motion in a matrix form using Newton's second law, [m]ÿ + [clý + [k]y = F. (c) By omitting…arrow_forward
- 1. What value of x satisfies the matrix equation 2. Solve for x and y in the matrix equation below: [34 y [x-3 1 2 [2-3] 2 3. For matrices A=0 L7 4. The matrix product and B= [2 -3 -4 0 1 5 4 2 [10 3 x-8 2 6x 7' 0 3x-2 2 0 -20 1 0 4 P 1 34 7x+147 5 9] the matrix 3(4¹ +2B) is equal to? 4 3 -1 -3 3xarrow_forwardFind a vector x whose image under T, defined by T(x) = Ax, is b, and determine whether x is unique. Let 1 3 6 15 4 15 27 69 0 1 1 -4 - 13 - 25 A= b= x= 3 - 63 Find a single vector x whose image under T is b. s the vector x found in the previous step unique? O A. Yes, because there are no free variables in the system of equations. O B. Yes, because there is a free variable in the system of equations. O C. No, because there are no free variables in the system of equations. O D. No, because there is a free variable in the system of equations.arrow_forwardDetermine the DE for: Straight lines at a fixed distance P from the origin. a. (xy" – y)? = P²[1+ (y')²] %3D b. (xy' – y)? = p2[1+ (y')²] c. (xy' – y)3 = p3[1+ (y')³] d. (xy" – y)3 = p³[1 + (y')³] e. none of thesearrow_forward
- Solve the following: (Show all details) 1. Let matrices be ГО 21 C = 2 4 li 3] [0 -5 -3] 11 D = |-4 7 L-8 3. 4] [6 A = |-1 2 2 B = |-5 2 4 4. L-3 4 [-4.5] v =| 0.8 u = |0 1.2. Find the following expressions or give reasons why they are undefined. i. C+ D, D + C, 6(D-C), 6C-6D ii. A + C-D, C-D, D-C, B + 2C + 4D iii.33u, 4v + 9u, 4(v + 2.25u), u-varrow_forwardFind the value of the determinant D given by: a b 3 D = c d -4 6 9 9 where a = 2, b = 4, c = 9, d = 13 Give your answer as an integer.arrow_forwardConsider the following vector: • J= 17 @ 195° What is the x component of J? 17 @ 195° 16.42 @ 90° 17 @ 15° O 17 @ 180° (10, 16.42) O -16.42 @ 180° (0,17) 16.42 @ 180° 16.42 @ 0° 16.42 @ 195° 16.42 @ 15° O (17,0)arrow_forward
- Q1: * Q1 Calculate The Inverse Of The Matrix: [4 A= 2 -2 11 4 4 3 1 Add file Q2: * Using Green's theorem, evaluate the line integral (y- a)dr- (x +y°)dy, where the contour C encloses the sector of the circle with radius a lying in the first quadrant 0 = 1/2 R >-0 aarrow_forward2.x {x: (x- 2)(x+1) 20}arrow_forward2. Focusing Distance For a camera with a lens of fixed focal length F to focus on an object located a distance x from the lens, the film must be placed a distance y behind the lens, where F, x, and y are related by 1 1 1 y F (See the figure.) Suppose the camera has a 55-mm lens (F = 55). (a) Express y as a function of x, and graph the function. (b) What happens to the focusing distance y as the object moves far away from the lens? (c) What happens to the focusing distance y as the object moves close to the lens? F-arrow_forward
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