MCQOPTIONS
Bookmark
Saved Bookmarks
→
Fluid Mechanics
→
Navier Stokes Equations Motion
→
Calculate the head loss if the length of the back...
1.
Calculate the head loss if the length of the back water curve is 25000m and Sf=0.00006.
A.
1m
B.
1.5m
C.
2.0m
D.
2.5m
Answer» C. 2.0m
Show Answer
Discussion
No Comment Found
Post Comment
Related MCQs
CALCULATE_THE_SLOPE_OF_THE_ENERGY_LINE_IF_THE_BED_SLOPE_OF_THE_CHANNEL_IS_4.81‚ÄÖ√†√∂‚Àւ•10-5_IF_THE_DEPTHS_OF_THE_CHANNEL_ARE_2.7M_AND_4.7M_AND_VELOCITIES_ARE_1_M/S_AND_0.5M/S_RESPECTIVELY.?$#
The_dimensions_of_a_rectangular_channel_is_3m√ó2m_and_the_bed_slope_of_the_channel_is_1_in_1000,_calculate_the_rate_of_change_of_depth_if_the_rate_of_change_of_specific_energy_is_2√ó10-5m._Given:_n_=_0.010$#
If the depths in a channel are 2m and 4m and the velocities are 0.5 m/s and 0.3m/s, calculate the difference between specific energies?
Calculate the bed slope of the channel if the slope of the energy line 0.00024 and the length of the back water curve is 104166.67m. Given:E1-E2=3m.
If the difference between specific energies is 2m calculate the rate of change of specific energies if the length of the back water curve is 26314m.
Determine the length of the back water curve if E1=2.8m and E2=5.6m. Given:S0=0.00009 Sf= 0.00004.
Estimate the slope of energy line in a GVF having length of the back water curve 30000m and head loss of 1m.
Calculate the head loss if the length of the back water curve is 25000m and Sf=0.00006.
What is the expression for head loss in case of a GVF?
Reply to Comment
×
Name
*
Email
*
Comment
*
Submit Reply
Your experience on this site will be improved by allowing cookies. Read
Cookie Policy
Reject
Allow cookies