The displacement of the apex of a sail mast is calculated by the following equation is given. In this equation, F = side wind load (lb/ft), L = height (ft), E=modulus of elasticity (lb/ft2 ) and I=moment of inertia(ft4 ). Using the data below Estimate the error for the variable y function? (Six digits after the comma in your transactions take it)
The displacement of the apex of a sail mast is calculated by the following equation is given. In this equation, F = side wind load (lb/ft), L = height (ft), E=modulus of elasticity (lb/ft2 ) and I=moment of inertia(ft4 ). Using the data below Estimate the error for the variable y function? (Six digits after the comma in your transactions take it)
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The displacement of the apex of a sail mast is calculated by the following equation is given. In this equation, F = side wind load (lb/ft), L = height (ft), E=modulus of elasticity (lb/ft2 ) and I=moment of inertia(ft4 ). Using the data below Estimate the error for the variable y function? (Six digits after the comma in your transactions take it)
Transcribed Image Text:F = 50 lb/ft AF = 2 lb/ft L = 30 ft AL = 0.1 ft E= 1.5 x 108 Ib/ft2 AE = 0.01 × 10® lb/ft
1 - 0.06 ft AI = 0.0006 ft*
FL
y
8EI
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