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The deflection y of the top of a sailboat mast is y = FL where F = a BEI %3D uniform side loading (N/m). L=height (m). E= the modulus of elasticity andl = the moment of inertia (m*). Estimate the error in y given the following data. F= 750N/m L= 9 m E= 7.5 x 109 – m² |=0.0005 m* AF = 30 N/m AL = 0.03m AE = 5 × 107 m2 AL = 0.000005m|

The deflection y of the top of a sailboat mast is y = FL where F = a BEI %3D uniform side loading (N/m). L=height (m). E= the modulus of elasticity andl = the moment of inertia (m*). Estimate the error in y given the following data. F= 750N/m L= 9 m E= 7.5 x 109 – m² |=0.0005 m* AF = 30 N/m AL = 0.03m AE = 5 × 107 m2 AL = 0.000005m|

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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Subject: Numerical method and analysis
Paragraph Styles FL The deflection y of the top of a sailboat mast is y = where F = a BEI uniform side loading (N/m). L=height (m). E= the modulus of elasticity (4, andl =the moment of inertia (m). Estimate the error in y given the following data. =-750N/m L= 9 m E=7.5 x 109 |=0.0005 m" AF = 30 N/m AL = 0.03m AE = 5 × 107 m² Al = 0,000005m|
Transcribed Image Text:Paragraph Styles FL The deflection y of the top of a sailboat mast is y = where F = a BEI uniform side loading (N/m). L=height (m). E= the modulus of elasticity (4, andl =the moment of inertia (m). Estimate the error in y given the following data. =-750N/m L= 9 m E=7.5 x 109 |=0.0005 m" AF = 30 N/m AL = 0.03m AE = 5 × 107 m² Al = 0,000005m|
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