A cable hangs between two poles that are 80-ft apart. The two poles are both 40 foot high. Sag is observed in the middle of the cable 5 ft from the ground. Find the length of the cable. What is the working equation for a catenary forming cable? What is the computed constant a up to 4 decimal places? What is the catenary equation for the given problem?
A cable hangs between two poles that are 80-ft apart. The two poles are both 40 foot high. Sag is observed in the middle of the cable 5 ft from the ground. Find the length of the cable. What is the working equation for a catenary forming cable? What is the computed constant a up to 4 decimal places? What is the catenary equation for the given problem?
A cable hangs between two poles that are 80-ft apart. The two poles are both 40 foot high. Sag is observed in the middle of the cable 5 ft from the ground. Find the length of the cable. What is the working equation for a catenary forming cable? What is the computed constant a up to 4 decimal places? What is the catenary equation for the given problem?
Solving using Catenary differential equation with complete step by step
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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