Y1 (t) = 2t – 3, y2(t) = t² + 1, y3 = 2t² – t, y4 = t² +t +1 %3D
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Q: can you help me solve this? is integration by partial fractions (don't forget the steps)
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Q: 6. Find the general solution of the system: :) *+(- sint X = -2 cost
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Q: 2x-5 2). S -2x-3x dx (Integration by Partial Fraction)
A: The given integration,∫2x2-5x3-2x2-3xdx
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Q: 2x4 + 3x2 – 1 Rewrite dx as integral of sum of partial fractions. (x³ – 4x² + 5x)² C D E F + |dx x2…
A: First we factorise the denominator of the given function.Then write the given integral into integral…
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Q: 2x4 +3x2 – 1 Rewrite dx as integral of sum of partial fractions. (x³ – 4x² + 5x)? - B + E |dx x+1'…
A: we can reduce into partial fraction
Q: y=3 is an equilibrium solution for the d.e. y'-y=3 Select one: True O False
A: We have to check
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Q: 2x2-5 2). S: x3-2x2-3x dx (Integration by Partial Fraction)
A: Solving the problem by doing the integration.
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Q: Q5. Write the governing equation of 1-D heat transfer with convective heat loss and indicate all the…
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A: Given: y''-2y'-2y=0 -2yx-2ddxyx+d2dx2yx=0 The differential equation has the form:…
Q: x2 +x – 1 x3 + 2x2 +x 1 dx = - In(x) + 2 In(x + 1) – +C x +1
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Q: -2х2 - 5х + 4 1 3 dx = 2 In(x – 2) +-+-27 (х - 2)3 х — 2 (х — (x – 2)² + C
A: ∫ 2x2-5x+4x-23dx separate the base =∫2x2x-23-5xx-23+4x-23dx =∫2x2x-23dx-∫5xx-23dx+∫4x-23dx
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Q: Consider the following system of tanks. Each tank initially contains V1 = 200 gallons and V2 = 300…
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Q: 2y – x = 3t y + x' = 3e-t ¤ (0) = y (0) = 0 3(s-1) L (x) s2(s+1)(2s²+1) 3(2s-s-1) s2 (s+1)(2s²+1) L…
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A: (a) why do you need monte carlo integration? we can use this technique for any function over any…
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Q: 2x4 + 3x2 – 1 Rewrite dx as integral of sum of partial fractions. (x³ – 4x² + 5x)? C(2x- 4) +D E(2x…
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Q: 2x – 2x* +6x³ -x² +3x+16 2(x-1)(x² +3) Integrate by decomposing it to partial fractions first.
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Q: 2x4 + 3x² – 1 (x² – 4x² +5x)? B(2x- 4) + C Rewrite dx as integral of sum of partial fraction D(2x-…
A: Here we have to apply partial fraction.
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Q: x+y=z=6 3x - 2y + z = -5 x + 3y2z = 14 Solve value of x, y and z using LU Decomposition Method
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Q: Suppose a population is modeled by the equation P+1 = aP;e¯rP. where a and r are positive real…
A: ANSWER :
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- 23. Consider a simple economy with just two industries: farming and manufacturing. Farming consumes 1/2 of the food and 1/3 of the manufactured goods. Manufacturing consumes 1/2 of the food and 2/3 of the manufactured goods. Assuming the economy is closed and in equilibrium, find the relative outputs of the farming and manufacturing industries.If = X and v = x (x - 1) (y + 1) then the stream line is y = e ^ ((x ^ 2/2 - x) + c) -1Eva and Archer, the Magnificent Math Kitties are wanting to find the coefficients a, b, and c so that the graph of f(x) = ax2 + bx + c passes through the points (1, 2),(−1, 6), and (2, 3). Eva says we can set up a system of equations to solve this problem, but Archer says that we can’t since we have a quadratic function and not a linear function? Who is right? If Eva is correct, set up and use Gaussian Elimination to solve this augmented matrix. Hint: Eva is usually correct.
- A group of retailers will buy 92 televisions from a wholesaler if the price is $400 and 132 if the price is $350. The wholesaler is willing to supply 56 if the price is $350 and 136 if the price is $440. Assuming that the resulting supply and demand functions are linear, find the equilibrium point for the market. can you put the answer here > in a (q,p) final form (q, p) = ( )1. Is L = {1 − 2x + 3x^2, x − 2x^2, 2 − 5x + 8x^2} linearly independent? If yes, show why. If not, show a dependence relationship. Is L = {1 + 2x + 2x^2, x − 2x^2, −2 − 3x − 5x^2} linearly independent? If yes, show why. If not, show a dependence relationship.Question.1. A manufacturing manufactures two items X1 and X2 which are handled in a machine shop and assembly shop. Item X1 requires 2 hours of work in a machine shop and 4 hours of work in the assembly shop to manufacture while product X2 requires 3 hours of work in the machine shop and 2 hours of work in the assembly shop. In one day, the industry cannot use more than 16 hours of machine shop and 22 hours of assembly shop. It earns a profit of rupees 3 per unit of product X1 and rupees. 4 per unit of product X2. Give a mathematical formulation of the problem as to maximise profit.
- question 5Estimate the equlibrium price and quantity of the market whose demand and supply functions are pd = −(q + 4)2 + 100 and ps = (q + 2) 2 respectively. Showing all supporting working: If the region A (shaded grey) in the diagram above represents a solution set, derive the system of inequalities which define that region.Let f(x, y) = x2 + 2y2 .Find the extreme values of f(x, y) subject to the constraint equation x2 + y2 = 1raph the following discrete-time dynamical systems, find the equilibria algebraically, and check whether the stability derived from the Slope Criterion for stability matches that found with cobwebbing. f (x) = x² for 0 ≤ x ≤ 2
