Using the linearization of f(x)=sin(πx), approximate the value of sin(0.6π). A. The answer cannot be found on the other choices B. 1 C. 1 + (3/200)π D. ((sqrt(2))/2)+(3(sqrt(2))/

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A: The solution is given as

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Q: 2. Use differentials to find approximate values for the following radicals. (b) V34

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A: Given:  f(x)=∫0xt2−41+cos2tdt

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A: Newton Raphson Method:- Hence by Newton Raphson Method Root of the equation is 0.61447 (correct…

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Q: H.W: Estimate the root of the equation for the following equation usind Newton- Raphson method: f(x)…

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Q: Q1 If z is a differentiable function of x and y which satisfy equation x3 + y3 + 3 x? siny tan z = 5…

A: The detailed solution is as follows below:

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Q: The slope of the tangent line x= e, y= In e3x %3D 3er 3e-3r K OR 3e none of the above

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Q: 4. Find the general solution for the DE below: a) = x b)= 3r²-1 dx 2s

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A: The given equation x3+2x-2=0 has a root between 0 and 1

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Q: 3 5. Evaluate I x*dx exactly and find the actual error with the trapezoid approximation. 0.

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Q: 1 If the approximate value of dx is 0.2178 by Trapezoidal rule, then the error is 5x+7 а. 0 b. 0.369…

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Q: a- Find ?f if ?″(?)=sin?+cos?,f″(x)=sin⁡x+cos⁡x, ?′(0)=3,f′(0)=3, and  ?(0)=10. f(0)=10. b-…

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Q: r2.5 Find the error bound for Trapezoidal's approximation of 2 cos (x?) dx 1.9 with n = 7.

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Q: Find the derivative of the function at Po in the direction of A. f(x,y)=-3xy + 5y², P₁(-10,2),…

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Q: 1. Solve the hyperbolic function of the following. i Prove that coshx – coshy = 2sinh (*) sinh ().…

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