4- The gsb' (in #/ft.s) based on Meyer-Peter-Muller (MPM) bed- load transport model is equal to: 0.030 O 0.035 O 0.040 O Non of them 5- The qsb (in ft^2/s) based on Meyer-Peter-Muller (MPM) bed- load transport model is equal to: O 1.0*10^(-4) O 1.4*10^(-4) O2.9*10^(-4)
4- The gsb' (in #/ft.s) based on Meyer-Peter-Muller (MPM) bed- load transport model is equal to: 0.030 O 0.035 O 0.040 O Non of them 5- The qsb (in ft^2/s) based on Meyer-Peter-Muller (MPM) bed- load transport model is equal to: O 1.0*10^(-4) O 1.4*10^(-4) O2.9*10^(-4)
Related questions
Question
solve very fast in 15 min and I need a clear answer | dybala
Transcribed Image Text:Q.3. Assuming the criterion for suspended load transport is u-/v,,> 0.40 and for bed load
transport is u-/v> 0.10, a rectangular channel (B=7 m, S,= 0.0005, n = 0.015, v 1.186 x
10 m²/s). Assume uniform, steady flow and assume a spherical particle with dso = 2.0 mm
and neglect bed form roughness. Find the following by choosing the correct answer of the
following:
4- The gsb' (in #/ft.s) based on
Meyer-Peter-Muller (MPM) bed-
load transport model is equal to:
0.030
0.035
0.040
Non of them
5- The qsb (in ft^2/s) based on
Meyer-Peter-Muller (MPM) bed-
load transport model is equal to:
1.0*10^(-4)
1.4*10^(-4)
2.9 * 10^(-4)
Non of them
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
