Resultant pressure of the liquid in the case of an immersed body acts through _________________?
A. center of gravity
B. center of pressure
C. metacentre
D. center of buoyancy
E. in between e.g. and center of pressure
A. center of gravity
B. center of pressure
C. metacentre
D. center of buoyancy
E. in between e.g. and center of pressure
A. buoyancy, gravity
B. buoyancy, pressure
C. buoyancy, inertial
D. inertial, gravity
E. gravity, pressure
The two important forces for a floating body are___________________? Read More »
Civil Engineering Mcqs, Hydraulics and Fluid Mechanics A. at the centroid
B. above the centroid
C. below the centroid
D. at metacentre
E. at center of pressure
Center of pressure on an inclined plane is______________________? Read More »
Civil Engineering Mcqs, Hydraulics and Fluid Mechanics A. be horizontal
B. make an angle in direction of inclination of inclined plane
C. make an angle in opposite direction to inclination of inclined plane
D. any one of above is possible
E. none of the above
A. meta center should be above e.g.
B. center of buoyancy and e.g. must lie on same vertical plane
C. a righting couple should be formed
D. all of the above
E. none of the above
For a floating body to be in equilibrium __________________? Read More »
Civil Engineering Mcqs, Hydraulics and Fluid Mechanics A. Mach number
B. Froude number
C. Reynold’s number
D. Weber’s number
E. none of the above
Ratio of inertia force to elastic force is known as _____________________? Read More »
Civil Engineering Mcqs, Hydraulics and Fluid Mechanics A. 10 m/sec
B. 25 m/sec
C. 2 m/sec
D. 50 m/sec
E. 250 m/sec
A. 1 : 5
B. 1 : 2.5
C. 1 :25
D. 1:V5″
E. 1 : 53/2
A. below the center of gravity
B. below the center of buoyancy
C. above the center of buoyancy
D. between e.g. and center of pressure
E. above the center of gravity
A. 900 minutes
B. 4 minutes
C. 4 x (225)3/2 minutes
D. 4 (225)1/3 minutes
E. 4 x V225 minutes