What would be the equation of the cable curve (y(x)) in the equilibrium state of the...

 

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What would be the equation of the cable curve (y(x)) in the equilibrium state of the cable shown in the figure, carrying a horizontally triangular load? (Note: The lowest point of the cable curve is point A.) FOS. A 90x C) y(x)=; B 1280-2 (4 A) y(x) = 0x (1-x) B) y(x) = 3LH - 90x3 - 6LH 3LH L 2LH 90 h + -X D) y(x) = - 90-x-3 6LH What would be the equation of the cable curve (y(x)) in the equilibrium state of the cable shown in the figure, carrying a horizontally triangular load? (Note: The lowest point of the cable curve is point A.) FOS. A 90x C) y(x)=; B 1280-2 (4 A) y(x) = 0x (1-x) B) y(x) = 3LH - 90x3 - 6LH 3LH L 2LH 90 h + -X D) y(x) = - 90-x-3 6LH

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The image shows a problem involving a cable creating a catenary curve due to a distributed triangular load The given task is to determine the equation of the cable in the equilibrium state assuming th... View the full answer