Calculus
posted by Matt .
Use five iterations in Newton’s method to estimate the root of cos(2x)2x.Use x0 = π/4 and eight decimal places.
Respond to this Question
Similar Questions

calculus
Use Newton's method to solve the equation sec x = 4 in the interval x in (0, pi/2). In other words, use Newton's Method to compute arcsec(4). (You need to make a good initial guess for the root otherwise Newton's method will probably … 
Calculus
Use the Linear Approximation to estimate ∆f=f(3.5)−f(3) for f(x)=2/(1+x^(2))? 
calculus
Use Newton's method to approximate the indicated root of the equation correct to six decimal places. The positive root of 3sinx = x^2 
Calculus
Use Newton's Method to approximate the positive root of the function f(x) = (x^5)  20 Show each iteration until successive iterations agree to six decimal places. 
CalculusNewton Method Approximation
Use Newton's method to approximate the positive value of x which satisfies x=2.3cosx Let x0=1 be the initial approximation. Find the next two approximations, x_1 and x2, to four decimal places each. 
Math
Use Newton’s Method to approximate 3^(√7) to four decimal places. Use x1 = 2 as your seed. Round off intermediate iterates to five decimal places 
Math
Use Newton’s Method to approximate 3^(√7) to four decimal places. Use x1 = 2 as your seed. Round off intermediate iterates to five decimal place 
Calculus 1
Use Newton's method to approximate the indicated root of the equation correct to six decimal places. The root of x^4 − 2x^3 + 5x^2 − 5 = 0 in the interval [1, 2] 
Calculus
Starting with an initial guess of x=2, use Newton’s method to approximate (Third root of 7). Stop the iterations when your approximations converge to four decimal places of accuracy. Compare with the approximation provided by your … 
Calculus  Newton's Method
Use the Newton's Method to approximate the real root of the equation: f(x)=x2+cosx=0 a) What is the iterative equation of Newton's method of the given equation?