CALCULATE_THE_ASPECT_RATIO_HAVING_CHANNEL_WIDTH_OF_6M_AND_DEPTH_OF_8M. – McqOptions

MCQOPTIONS

1.	CALCULATE_THE_ASPECT_RATIO_HAVING_CHANNEL_WIDTH_OF_6M_AND_DEPTH_OF_8M.?$
A.	0.75m
B.	1.33m
C.	1.50m
D.	1.68m
Answer» C. 1.50m

Discussion

No Comment Found

Related MCQs

Estimate the type of flow in a channel having cross sectional area of 50m2 and top of the channel is 5m. The mean velocity of flow is 0.1m/s and the absolute viscosity of water is 0.625 N-s/m2.
Calculate the aspect ratio having channel width of 6m and depth of 8m.
Calculate the Froude’s number for a channel having discharge of 261.03m3/s, cross sectional area of 42m2 and the top width being 6m.
Estimate the section factor for a channel section having cross sectional area of 40m2 and hydraulic depth of 6m.
Calculate the mean hydraulic depth of a channel having top width of 7m and cross sectional area of 35m2.
Calculate the mean hydraulic radius for a channel having 20m2 cross sectional area and 50m of wetted perimeter.
What is the Froude’s number for a channel having mean velocity 4.34 m/s and mean hydraulic depth of 3m?
The Froude’s number for a flow in a channel section is 1. What type of flow is it?
CALCULATE_THE_ASPECT_RATIO_HAVING_CHANNEL_WIDTH_OF_6M_AND_DEPTH_OF_8M.?$
CALCULATE_THE_FROUDE‚ÄÖ√Ñ√∂‚ÀÖ√Ë‚ÀÖ¬•S_NUMBER_FOR_A_CHANNEL_HAVING_DISCHARGE_OF_261.03M<SUP>3</SUP>/S,_CROSS_SECTIONAL_AREA_OF_42M<SUP>2</SUP>_AND_THE_TOP_WIDTH_BEING_6M.?$#