Surveying MCQs – 3 | GATE | ESE | GPSC | CIVIL ENGINEERING COMPETITVE EXAMS
1. The process of translating the plan of a work on actual ground in exact position in three dimensions is…
FLUID MECHANICS MCQs 15 | ESE | GATE | GPSC | CIVIL ENGINEERING
1. Dynamic similarity exists when the model and the prototype have the same [A] Length scale ratio and time scale…
FLUID MECHANICS MCQs 14 | ESE | GATE | GPSC | CIVIL ENGINEERING
1. Boundary layer thickness is the distance from the surface of the solid body in the direction perpendicular to flow…
FLUID MECHANICS MCQs 13 | ESE | GATE | GPSC | CIVIL ENGINEERING
1. For a laminar flow through circular pipe, the maximum velocity is equal to [A] 1.5 times the average velocity[B] 2.0 times the average…
FLUID MECHANICS MCQs 12 | ESE | GATE | GPSC | CIVIL ENGINEERING
1. The hydraulic gradient line represents the variation of [A] Datum head in the direction of flow [B] Velocity head…
FLUID MECHANICS MCQs 11 | ESE | GATE | GPSC | CIVIL ENGINEERING
1. The conditions for the flow of fluid in Bernoulli’s equation are assumed as[A] Steady, uniform and incompressible[B] Steady, irrotational…
FLUID MECHANICS MCQs 10 | ESE | GATE | GPSC | CIVIL ENGINEERING
1. Continuity equation is based on the principle of [A] Conservation of momentum[B] Conservation of energy[C] Conservation of mass[D] None…
FLUID MECHANICS MCQs – 6 | GATE | GPSC | PREVIOUS YEAR QUESTIONS
1. In the Bernoulli’s equation, used in pipe flow, each term represents ____. [A] Energy per unit mass[B] Energy per…