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30. E=2*10^5 I=30000 L=600 W=25 y = dy dx = W 120EIL 3 (-x ² + 21³x² - (^x) W 120EIL (-5X² + 6(³X²³-1²) U assume as р -5sỉ x 10 - Using MATLAB, Solve x from P(x)= 0 using Bisection method between a=100 and b=300 (3% allowable error) Put the obtained value of x to get value of y

30. E=2*10^5 I=30000 L=600 W=25 y = dy dx = W 120EIL 3 (-x ² + 21³x² - (^x) W 120EIL (-5X² + 6(³X²³-1²) U assume as р -5sỉ x 10 - Using MATLAB, Solve x from P(x)= 0 using Bisection method between a=100 and b=300 (3% allowable error) Put the obtained value of x to get value of y

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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SP. E=2*10^5 I=30000 L=600 W=25 y = dy dx = W 120EIL 3 - x² +21²³x²³ - 1+x) W 2-₁²) 120EIL ( = 5x² + 6(³X²-(+) IV assume as р P = = 5x² + 62²x² - L^=0 Using MATLAB, Solve x from P(x)= 0 using Bisection method between a=100 and b=300 (3% allowable error) Put the obtained value of x to get value of y
Transcribed Image Text:SP. E=2*10^5 I=30000 L=600 W=25 y = dy dx = W 120EIL 3 - x² +21²³x²³ - 1+x) W 2-₁²) 120EIL ( = 5x² + 6(³X²-(+) IV assume as р P = = 5x² + 62²x² - L^=0 Using MATLAB, Solve x from P(x)= 0 using Bisection method between a=100 and b=300 (3% allowable error) Put the obtained value of x to get value of y
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