The suspension calbes of the golden gate bridge can be modeled by the curve y=0.00037x^2 for lxl< or = 640, where x is distance measured in meters. This assumes a span of about 1280 meters total (640 meters on either side of the center point at the origion) and a max height of about 152 meters (where x = +- 640) Show work setting up and completing the integration to find the length of the suspension cables
The suspension calbes of the golden gate bridge can be modeled by the curve y=0.00037x^2 for lxl< or = 640, where x is distance measured in meters. This assumes a span of about 1280 meters total (640 meters on either side of the center point at the origion) and a max height of about 152 meters (where x = +- 640) Show work setting up and completing the integration to find the length of the suspension cables
The suspension calbes of the golden gate bridge can be modeled by the curve y=0.00037x^2 for lxl< or = 640, where x is distance measured in meters. This assumes a span of about 1280 meters total (640 meters on either side of the center point at the origion) and a max height of about 152 meters (where x = +- 640) Show work setting up and completing the integration to find the length of the suspension cables
The suspension calbes of the golden gate bridge can be modeled by the curve y=0.00037x^2 for lxl< or = 640, where x is distance measured in meters. This assumes a span of about 1280 meters total (640 meters on either side of the center point at the origion) and a max height of about 152 meters (where x = +- 640)
Show work setting up and completing the integration to find the length of the suspension cables
With differentiation, one of the major concepts of calculus. Integration involves the calculation of an integral, which is useful to find many quantities such as areas, volumes, and displacement.
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