By 2050 it is predicted that the peak rainfall intensity in Eastern Leyte could rise by 15% due to climate change. Assuming that the maximum rainfall intensity was recorded at 20 mm/hr, estimate the percent change (increase/decrease) in peak runoff flow rate using the rational method in 2050. Use c = 0.65 (present) and c = 0.8 (in 2050). %3D
By 2050 it is predicted that the peak rainfall intensity in Eastern Leyte could rise by 15% due to climate change. Assuming that the maximum rainfall intensity was recorded at 20 mm/hr, estimate the percent change (increase/decrease) in peak runoff flow rate using the rational method in 2050. Use c = 0.65 (present) and c = 0.8 (in 2050). %3D
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![By 2050 it is predicted that the peak rainfall intensity in Eastern Leyte
could rise by 15% due to climate change. Assuming that the maximum
rainfall intensity was recorded at 20 mm/hr, estimate the percent
change (increase/decrease) in peak runoff flow rate using the rational
method in 2050.
Use c = 0.65 (present) and c = 0.8 (in 2050).
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Transcribed Image Text:By 2050 it is predicted that the peak rainfall intensity in Eastern Leyte
could rise by 15% due to climate change. Assuming that the maximum
rainfall intensity was recorded at 20 mm/hr, estimate the percent
change (increase/decrease) in peak runoff flow rate using the rational
method in 2050.
Use c = 0.65 (present) and c = 0.8 (in 2050).
Edit
View
Insert
Format
Tools
Table
12pt v
Paragraph v
B
IUA
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