Your task is to estimate the quantity of oil that leaked from the Deep Water Horizon well between 20 April and 15 July 2011. I hope you will be surprised to discover that reasonable estimates from a small quantity of available data are possible and reveal much about this "Tragedy of the Commons."To do this, you need a few important pieces of information:The diameter of the Deep Water Horizon oil pipe is 21 inches.The oil stream emanating from the pipe exits at about 21 inches per second.12 x 12 x 12 = 1728 cubic inches = 1 cubic foot.To find the cross-section of the pipe, you need to know that the area of a circle is: A = πr^2 Calculate the circular cross-section of the Deep Water Horizon pipe: ______________________ (note: your answer is in sq. in.)Calculate the volume of oil exiting the pipe every second: ______________ cubic inches/second (hint: this involves multiplying a linear rate of inches per second with the cross section)Calculate the volume of oil exiting the pipe every minute: ____________________ cu. in/minuteCalculate the volume of oil exiting the pipe every hour: _______________________ cu. in/hourCalculate the volume of oil exiting the pipe every day: __________________________ cu in/dayConvert cu in/day to cubic feet per day: ______________________________________ cu ft/dayConvert cu ft/day to barrels/day (5.61 cu ft/barrel of oil): _________________________ bbl/day (Note: bbl is the abbreviation for ‘barrels’)Multiply bbl/day x 86 days: _________________________________= total barrels of oil leaked.Calculate the gallons of oil leaked: ___________________________= total gallons of oil leaked (There are 42 U.S. gallons in a barrel of oil).Respond: Review chapter 6 of the linked report found in the Unit 5 Student Tasks Guide. Discuss at least three environmental impacts caused by this devastating oil spill.

Since you have posted multiple fill in the blanks questions, we will provide the solution only to the first five questions as per our Q&A guidelines. Please repost the remaining questions separately. 1. The diameter of the deep water horizon pipe is 21 inches. So the radius of the pipe is (21÷2)=10.5 inches. The circular cross-section or area of the deep water horizon pipe = πr2 = (3.14×10.5×10.5)=346.185 sq.in. 2. The oil stream emanating from the pipe exits at about 21 inches per second. So, the volume of oil exiting the pipe every second is (346.185×21)=7269.885 cubic inches/second. 3. As we know, 1 minute=60 seconds So, the volume of oil exiting the pipe every minute = (7269.885×60)= 436193.1 cubic inches/minute. 4. 1 hour = 60 minutes So, the volume of oil exiting the pipe every hour = (436193.1×60)= 26171586 cubic inches/hour. 5. 1 day=24 hours So, the volume of oil exiting the pipe every day = (26171586×24)=628118064 cubic inches/day.

Answered: Calculate the circular cross-section of…

Applications and Investigations in Earth Science (9th Edition)

9th Edition

ISBN:9780134746241

Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Chapter1: The Study Of Minerals

Section: Chapter Questions

Problem 1LR

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Question

Your task is to estimate the quantity of oil that leaked from the Deep Water Horizon well between 20 April and 15 July 2011. I hope you will be surprised to discover that reasonable estimates from a small quantity of available data are possible and reveal much about this "Tragedy of the Commons."

To do this, you need a few important pieces of information:

The diameter of the Deep Water Horizon oil pipe is 21 inches.
The oil stream emanating from the pipe exits at about 21 inches per second.
12 x 12 x 12 = 1728 cubic inches = 1 cubic foot.
To find the cross-section of the pipe, you need to know that the area of a circle is: A = πr^2

1. Calculate the circular cross-section of the Deep Water Horizon pipe: ______________________ (note: your answer is in sq. in.)
2. Calculate the volume of oil exiting the pipe every second: ______________ cubic inches/second (hint: this involves multiplying a linear rate of inches per second with the cross section)
3. Calculate the volume of oil exiting the pipe every minute: ____________________ cu. in/minute
4. Calculate the volume of oil exiting the pipe every hour: _______________________ cu. in/hour
5. Calculate the volume of oil exiting the pipe every day: __________________________ cu in/day
6. Convert cu in/day to cubic feet per day: ______________________________________ cu ft/day
7. Convert cu ft/day to barrels/day (5.61 cu ft/barrel of oil): _________________________ bbl/day (Note: bbl is the abbreviation for ‘barrels’)
8. Multiply bbl/day x 86 days: _________________________________= total barrels of oil leaked.
9. Calculate the gallons of oil leaked: ___________________________= total gallons of oil leaked (There are 42 U.S. gallons in a barrel of oil).
10. Respond: Review chapter 6 of the linked report found in the Unit 5 Student Tasks Guide. Discuss at least three environmental impacts caused by this devastating oil spill.