An explosion occurs at a nuclear power plant and radioactive steam is escaping from a broken pipe at time t=0. The wind field is modeled to be the following for the next 4 days and the steam is assumed to advect with the wind field. Day 1 5 mph Day 2 7 mph Day 3 3 mph Day 4 2 mph Angle = 45 deg. Angle = 45 deg. Assuming the plant is located at (x,y)=(0,0), plot to scale: a) the streaklines at the end of each day. b) The pathline at the end of the 4th day of the particle that left the broken pipe at time t=0. c) The pathline at the end of the 4th day of the particle that left the broken pipe at the end of day 2. If a Geiger counter (measures radioactivity) is located at (100 miles, 140 miles) does it register any signal due to the radioactive steam?
An explosion occurs at a nuclear power plant and radioactive steam is escaping from a broken pipe at time t=0. The wind field is modeled to be the following for the next 4 days and the steam is assumed to advect with the wind field. Day 1 5 mph Day 2 7 mph Day 3 3 mph Day 4 2 mph Angle = 45 deg. Angle = 45 deg. Assuming the plant is located at (x,y)=(0,0), plot to scale: a) the streaklines at the end of each day. b) The pathline at the end of the 4th day of the particle that left the broken pipe at time t=0. c) The pathline at the end of the 4th day of the particle that left the broken pipe at the end of day 2. If a Geiger counter (measures radioactivity) is located at (100 miles, 140 miles) does it register any signal due to the radioactive steam?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:An explosion occurs at a nuclear power plant and radioactive steam is escaping from a
broken pipe at time t=0. The wind field is modeled to be the following for the next 4 days
and the steam is assumed to advect with the wind field.
Day 1
5 mph
Day 2
7 mph
Day 3
3 mph
Day 4
2 mph
Angle = 45 deg.
Angle = 45 deg.
Assuming the plant is located at (x,y)=(0,0), plot to scale: a) the streaklines at the end of
each day. b) The pathline at the end of the 4th day of the particle that left the broken pipe
at time t=0. c) The pathline at the end of the 4th day of the particle that left the broken
pipe at the end of day 2. If a Geiger counter (measures radioactivity) is located at (100
miles, 140 miles) does it register any signal due to the radioactive steam?
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