Question

In: Advanced Math

Find the positive root of the equation x^3-×-11 using inspection method.

Find the positive root of the equation x^3-×-11 using inspection method.

Solutions

Expert Solution


Related Solutions

GIVEN: COS(x) +3xe^-x=0 USING NEWTON RAPHSON METHOD Find: 1.) The POSITIVE ROOT USING X0=2 2.) THE...
GIVEN: COS(x) +3xe^-x=0 USING NEWTON RAPHSON METHOD Find: 1.) The POSITIVE ROOT USING X0=2 2.) THE NEGATIVE ROOT USING X0=-0.5 *STOPPING CRITERION ≤ 0.01% use radian mode in calcu and i dont want a program answers pls i need the manual method.
USING BISECTION METHOD, FIND THE ROOT OF 0.5e^x - 5x + 2 = 0 ON THE...
USING BISECTION METHOD, FIND THE ROOT OF 0.5e^x - 5x + 2 = 0 ON THE INTERVAL [ 0 , 1 ] UP TO 3 DECIMAL PLACES. USE NEWTON'S METHOD TO APPROXIMATE THE ROOT OF f(x)=x^2-5    IN THE INTERVAL  [ 2 , 3 ] UP TO 4 DECIMAL PLACES.
Find a root of an equation f(x)=5x3-3x2+8 initial solution x0=-0.81, using Newton Raphson method
Find a root of an equation f(x)=5x3-3x2+8 initial solution x0=-0.81, using Newton Raphson method
Use the secant Method to find a root for the function: f(x) = x^3 + 2x^2...
Use the secant Method to find a root for the function: f(x) = x^3 + 2x^2 + 10x -20, with x_0 = 2, and x_1 = 1.
To find a positive root for , write a MATLAB script file that uses Bisection method....
To find a positive root for , write a MATLAB script file that uses Bisection method. Choose any initial value that is needed. Use absolute relative approximate error to be less than 0.01. Your code should report the number of iteration and the value of x.
Use the Fixed-Point Iteration Method to find the root of f ( x ) = x...
Use the Fixed-Point Iteration Method to find the root of f ( x ) = x e^x/2 + 1.2 x - 5 in the interval [1,2].
Write a Matlab function for: 1. Root Finding: Calculate the root of the equation f(x)=x^3 −5x^2...
Write a Matlab function for: 1. Root Finding: Calculate the root of the equation f(x)=x^3 −5x^2 +3x−7 Calculate the accuracy of the solution to 1 × 10−10. Find the number of iterations required to achieve this accuracy. Compute the root of the equation with the bisection method. Your program should output the following lines: • Bisection Method: Method converged to root X after Y iterations with a relative error of Z.
Find the equation of the osculating circle at the local minimum of 3x^3 -7x^2 +(11/3)x+4
Find the equation of the osculating circle at the local minimum of 3x^3 -7x^2 +(11/3)x+4
Find an equation of the tangent line to the curve cos ( x ) + 11...
Find an equation of the tangent line to the curve cos ( x ) + 11 y ^2 = x y ^3 + 34 at the point ( 0 , √ 3 ) . Assume that y is a function of x . Express all numbers in exact form and write the equation of the tangent line in terms of x and y .
Please solve the following equation by using the frobenius method. xy′′ − (3 + x)y ′...
Please solve the following equation by using the frobenius method. xy′′ − (3 + x)y ′ + 2y = 0 My apologies, the original image did not upload properly.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT