Situation 13 - An open rail car is 6 ft. wide, 9 ft. high, 18 ft. long. It is filled with water to a depth of 7.5 ft. It is accelerated to the right at 10 ft/s2. a. How much water, in ft^3, spills out of the car? Round off to two decimal place. b. Determine the change in pressure, in psf, that acts at point B. Round off to one decimal place. Input the numerical value only. c. Determine the change in pressure, in psf, that acts at point C. Round off to three decimal place. Input the numerical value only.
Situation 13 - An open rail car is 6 ft. wide, 9 ft. high, 18 ft. long. It is filled with water to a depth of 7.5 ft. It is accelerated to the right at 10 ft/s2. a. How much water, in ft^3, spills out of the car? Round off to two decimal place. b. Determine the change in pressure, in psf, that acts at point B. Round off to one decimal place. Input the numerical value only. c. Determine the change in pressure, in psf, that acts at point C. Round off to three decimal place. Input the numerical value only.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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37. Situation 13 - An open rail car is 6 ft. wide, 9 ft. high, 18 ft. long. It is filled with water to a depth of 7.5 ft. It is accelerated to the right at 10 ft/s2.
a. How much water, in ft^3, spills out of the car? Round off to two decimal place.
b. Determine the change in pressure, in psf, that acts at point B. Round off to one decimal place. Input the numerical value only.
c. Determine the change in pressure, in psf, that acts at point C. Round off to three decimal place. Input the numerical value only.
Transcribed Image Text:9 ft.
7.5 ft.
18 ft.
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