Approximate the solution of the equation 2In(sinx) – 5=0 in the 3rd iteration of the Newton Method with initial point at x=2. 2.3321 O 2.0621 O 2.2312 O 2.1897
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- Detailed explanation about Newton-Raphson Method.5. The value that most nearly gives the absolute value of the moment at B after 3 iterations (up to Bal3) in kN-m, Choices: 18.895 6.254 14.455 10.725 18.255 5.687 Note: please help us in this sample problem atleast try to answer it thank youFind ?? (epsilon x), ?? (epsilon y) and ? (gamma) . NOTE: ?? (epsilon x) ??? ?? (epsilon y) in mm/mm and ? (gamma) in radians. Indicate elongation or contraction for the normal strains. Use 3 decimal places. Use 2 decimal places in every solved value.
- Hello I'd like to ask asnwer for this problem. The value of P is 45Determine the displacement at C and the slope at B. E = 200 GPa, I = 70(10°) mm” by using 1. the double integration method. 2. The conjugate-beam method. i need solutions in 40 minutes pleaseFor the figure shown, determine the EI (area) under AB about point B using area –moment method. Express your final answer to the nearest whole number in N.m^3
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- 8.108 If the intensity of the line loading is w = [(40x − x2)/40] N/mm, where x is measured in mm, use integration to find the resultant. (Ans: R = 0, CR = 9000 N · m CCW)need asap find the true value of bëãrîng of thê line BThumbs up will be given. Already answered in Bartleby. Please double check the solutions! Statics of Rigid Bodies (Round off to two (2) decimal places. Include negative sign (-) if the answer is negative.) 10. Determine: orthogonal projection of R onto axis a (in lb)