surface tension viscosity kinematic viscosity none of the above

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is highly viscous is incompressible and non-viscous obeys Newton's law of viscosity is compressible and non-viscous

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shear stress is directly proportional to shear strain shear stress is directly proportional to velocity gradient shear stress is directly proportional to the velocity shear stress is directly proportional to the viscosity

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in a turbulent flow in a liquid at rest in a fluid at rest in a laminar flow

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velocity at a point in a fluid pressure at a point in a fluid discharge of a fluid none of the above

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velocity at a point in a fluid pressure at a point in a fluid difference of pressure between two points none of the above

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which is always parallel to the main direction of flow which is along the path of a particle on which tangent drawn at any point gives the direction of velocity across which there is no flow

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the fluid does not rotate while moving the fluid moves in straight lines the net rotation of fluid-particles about their mass centres is zero none of the above

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kinematics dynamics statics none of the above

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velocity pressure rate of flow none of the above

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