Preview - FM for SDE/JE/SSC/AE/PSUs
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01) Properties of Fluid
1-a) Properties of Fluid
1-b) Properties of Fluid
1-c) Properties of Fluid
1-d) Properties of Fluid
1-e) Properties of Fluid _ Conceptual Objective Questions
02) Pressure & its Measurement
2-a) Pressure & its Measurement
2-b) Pressure & its Measurement
2-c) Pressure & its Measurement _ Conceptual Objective Questions
03) Hydrostatic Forces on Plane & Curved Surfaces
3-a) Forces on Plane & Curved Surfaces
3-b) Forces on Plane & Curved Surfaces _ Conceptual Objective Questions
04) Liquids in Relative Equilibrium
4-a) Liquids in Relative Equilibrium
4-b) Liquids in Relative Equilibrium _ Conceptual Objective Questions
05) Buoyancy & Floatation
5-a) Buoyancy and Floatation
5-b) Buoyancy and Floatation _ Conceptual Objective Questions
06) Fluid Kinematics
6-a) Fluid Kinematics
6-b) Fluid Kinematics
6-c) Fluid Kinematics
6-d) Fluid Kinematics _ Conceptual Objective Questions
07) Fluid Dynamics
7-a) Fluid Dynamics
7-b) Fluid Dynamics
7-c) Fluid Dynamics
7-d) Fluid Dynamics _ Conceptual Objective Questions
08) Flow Measurement
8-a) Flow Measurements
8-b) Flow Measurements
8-c) Flow Measurements _ Conceptual Objective Questions
09) Laminar Flow in Pipes
9-a) Laminar Flow in Pipes
9-b) Laminar Flow in Pipes
9-c) Laminar Flow in Pipes _ Conceptual Objective Questions
10) Turbulent Flow in Pipes
10-a) Turbulent Flow in Pipes
10-b) Turbulent Flow in Pipes
10-c) Turbulent Flow in Pipes _ Conceptual Objective Questions
11) Boundary Layer Theory
11-a) Boundary Layer Theory
11-b) Boundary Layer Theory
11-c) Boundary Layer Theory _ Conceptual Objective Questions
12) Drag and Lift
12-a) Drag and Lift
12-b) Drag and Lift _ Conceptual Objective Questions
13) Model Analysis
13-a) Model Analysis
13-b) Model Analysis
13-c) Model Analysis _ Conceptual Objective Questions
14) Flow Through Pipes
14-a) Flow Through Pipes
14-b) Flow Through Pipes _ Conceptual Objective Questions