b. The maximum deflection of a beam occurs at x satisfying 2x? – 3Lx + L? = 0 Where L is the length of the beam and x is the distance along the beam from one end. Find x at maximum deflection.

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A:

Q: Find the maximum and minimum value of f(x,y) =x3+3xy2-3x2-3y2+4

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Q: Find the absolute maximum and absolute minimum of the function f(z) = z² – 6z + 5 over (1,

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A: Use lagrange multiplier.

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A: To solve the following problem

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Q: The population density of a city is given by P(x,y) = - 25x - 30y + 500x + 240y + 180, where x and y…

A: Population density is given by following function  P(x, y) = - 25x2 - 30y2 +500x + 240y + 180

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A: solution is given below

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Q: Find the maximum of f(x) = 30x4 − 121x3 + 60x2 + 64x USING Newton’s method (x0 = 4, εs = 1%)

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Q: The function f(x, y) = -2x² + 4y² - 12 has a local maximum at the point (0,0). Select one: O True…

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Q: f(x) = 2x3+az? 12z has alocal maximum at z -2,then a

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Q: The population density of a city is given by P(x,y) = - 20x-20y +200x + 600y + 170, where x and y…

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Q: Of all numbers whose difference is 4, fınd the two that have the minimum product. x= y=

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Q: Find the absolute maximum value and absolute minimum value of f(x, y) = x² + 2xy – 4x + 2y? – 8y +…

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Q: The population density of a city is given by P(x,y) = - 20x - 20y + 560x + 440y + 200, where x and y…

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Q: y+1 =xy- all selutions ?

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