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2) The speeds of oscillation, x, of a loaded beam is given by the equation: x³ 3.25 x² + x -0.063 = 0 Determine the positive value (root) of .x which is between (2) and (3), by use bisection method. a) x₂ = 3.75 b) x₂ = 1.75 c)x₂ = 2.75

2) The speeds of oscillation, x, of a loaded beam is given by the equation: x³ 3.25 x² + x -0.063 = 0 Determine the positive value (root) of .x which is between (2) and (3), by use bisection method. a) x₂ = 3.75 b) x₂ = 1.75 c)x₂ = 2.75

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Q3// choose the correct answer : 1)compute the temperature distribution in a rod that heated at both ends ,as in fig. below, use gauss-sidle method T₁+12T₁-T₁-1=0 where T, represent the temperature To 200°C the solution of system of linear equations using Jacobi method TY (T₁ 19.75 19.75 48.25 151 75A b) 7(2) 29-75 48-25 a) T(2) (7.(2) 48-25 \T₂(²) 150-75/ 151-75/ The speeds of oscillation, x, of a loaded beam is given by the equation: ³3.25x² + x -0.063 = 0 Determine the positive value (root) of .x which is between (2) and (3), by use bisection method. a) x₂ = 3.75 b) x₂ = 1.75 c)x₂ = 2.75 2) c) 7(²) T(2)
Transcribed Image Text:Q3// choose the correct answer : 1)compute the temperature distribution in a rod that heated at both ends ,as in fig. below, use gauss-sidle method T₁+12T₁-T₁-1=0 where T, represent the temperature To 200°C the solution of system of linear equations using Jacobi method TY (T₁ 19.75 19.75 48.25 151 75A b) 7(2) 29-75 48-25 a) T(2) (7.(2) 48-25 \T₂(²) 150-75/ 151-75/ The speeds of oscillation, x, of a loaded beam is given by the equation: ³3.25x² + x -0.063 = 0 Determine the positive value (root) of .x which is between (2) and (3), by use bisection method. a) x₂ = 3.75 b) x₂ = 1.75 c)x₂ = 2.75 2) c) 7(²) T(2)
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