1. An air-water manometer is connected to either side of a 0.20 m orifice in a 0.30 m water pipe. If the maximum flow rate is 3.4 cu. m per minute, what is the deflection on the manometer? Water temperature is 15 deg C. - Air - Deflection = Al 2. If the flow rate is increased to 5 cu. m per minute, determine the deflection in meters.

Q: EX= Explain ewhy the Viscosidy of de creases while that of agas in creases with liquid a temperature…

A: Answer is given below i.e., step - 2

Q: A. What is the coefficient of friction for a sphere of radius 0.37 um? (the viscosity of water is…

A: The coefficient of friction for a sphere moving through a viscous fluid like water can be calculated…

Q: Problem 1: HD-based Ch 7 & MSH-based Ch 3: a solution of unknown origin. Based on the shear rate and…

A: A) From the given table, a graph of shear stress and strain rate is From the graph, it is clear…

Q: Industrial pipes: Can we perform hydrostatic testing immediately after completion of…

A: The objective of the question is to understand if hydrostatic testing can be performed immediately…

Q: What does sliding' or slipping condition means velocities are the same in the normal direction…

A: Given:What does sliding' or slipping condition means velocities are the same in the normal direction…

Q: 1. Draw a graph relating dilatant and thixiotropic fluids in terms of torque and viscosity versus…

A: In dilatent fluids, with increase in the velocity, torque and viscosity increases. And for…

Q: Define Viscosity

A:

Q: Define viscosity of a fluid.

A: Viscosity is a property of fluids.

Q: What are some of the important principles of statics and show how they are used to determine the…

A: Statics: It is the branch of Mechanics which deals with the loads or forces acting on the body that…

Q: Refer to figure 1. A wooden block stands motionless on a ramp.. Calculate the coefficier of static…

A: Given  (theta)=31.8 degree

Properties of Fluids

The term fluid represents a type of substance that can easily change its shape under any external pressure/force and can flow. Fluids can acquire any shape in which it is stored and can resist normal stresses but cannot resist shear stress in rest condition. Whenever external shear stress is applied to fluids, it starts to flow. The fluids may be liquid or gas. Example- water, air, etc.