Fluid Kinematic classify the fluid motion into four types? write in brief the classification of fluid motion?

Q: Explain the types of fluid-structure interaction and draw the flow chart.

A: Fluid–structure interaction is the interaction of some movable or deformable structure with an…

Q: Describe methods for linear measurement such as pacing, odometers, tacheometry, taping, and…

A: Answer Pacing - Pacing is the method of measuring distance with the help of pace length .This type…

Q: 7-Find the incorrect statement out of the following: (a) If acceleration = 0, motion is %3D uniform…

A: Incorrect statement

Q: 1. What are the types of Rigid Body Motion. Define each.

A: It is asked to define about types of rigid body motion.

Q: In the exhibit below, What is the distance from A to C, A O 1078.57' O 1087.75' O 1187.57' O…

A: Given values: Consider closed traverse given. For closed traverse, sum of latitude and sum of…

Q: What is the property used to describe the pressure of the fluid?

A: Pressure of the fluid- It is defined as the force applied by the fluid per unit area.

Q: 5. Which among the following is the formula for volumetric flow rate? a) Q = v/A b) Q = Av %3D c) Q…

A: Volumetric flow rate is defined as volume of fluid passing per unit time. It can also be defined as…

Q: dimensional flow, the compor

A: To find : Velocity component in y direction.

Q: What is the boundary layer theory of fluid flow?

A: When a real fluid flows over a solid body, the fluid particles at the surface of the body flow with…

Q: how far would you have walked (in miles)?

A:

Q: 4.17 from book. The given data shows the result of a model known as stopping sight distance, used by…

A: Stopping Sight Distance- Stopping sight distance is the value of the distance which a vehicle travel…

Q: How important is the role of acceleration equation to the derivation of Euler's Equation of Motion?…

A:

Q: complete

A: Using manometer principle

Q: Determine Kinematic determinacy

A:

Q: Write about the following: (i) Navier – Stoke’s equation (ii) Theory of Velocity Boundary Layer…

A: (i) Navier – Stoke’s equation: In fluid mechanics, Navier – Stoke’s equation is a partial…

Q: As Civil Engineering student. Why is it important to know these Alphabet of Lines in your course?…

A: Contractors, estimators, tradesmen, and builders rely totally on technical drawings for the…

Q: Explain in words and figures how the hydrostatic equation is derived. Provide illustrations, labels,…

A: Given data in question  Hydrostatic equation To be discussed  Derivation of Hydrostatic equation.…

Q: Linear Differential Equation of Order One

A: To solve the given linear differential equation of first order.   Given: y'+x2y=x2, is a linear…

Q: How is the concept of Projectile Motion, Cylindrical Components of Curvilinear Motion, Absolute…

A: Projectile Motion : 1. A projectile is an object upon which the only force acting is gravity. There…

Q: The AutoCAD object that shows you which direction is X, which direction is Y and which direction is…

A: The AutoCAD objects are plotted using a moveable Cartesian coordinate system. This system…

Q: Instruction: Make necessary illustrations. Answer it in complete with proper units. State the order…

A: The highest ordered differential appearing in the equation determines the order as well as degree.

Q: Consider the following rooms from a hotel: D2 Room 217 Room 218 D1 D3 Hallway D6 D4 Room 318 Room…

A:

Q: 9. Which equation must be perfunctorily satisfied while dealing with fluid flow problems? a)…

A: The science which deals static and motion study of matter i.e. liquid and gases is known as fluid…

Q: Describe what type of forces are acted upon a body, when it moves through a moving fluid,

A: The forces that act on a body when it movies through a moving fluid are: 1. Buoyancy  2. Drag force…

Q: Subject: Fluid mechanics

A: Given data Discharge at A,  QA= 10 ft3/sec QA+QB= 10 ft3/sec           …(1) Hence head loss in B and…

Q: Find the surface area of the object below, assuming the whole thing is solid and can be moved…

A:

Q: Define Atmospheric pressure.

A: Atmospheric pressure- It is the pressure that the earth atmosphere exerts on any point on the earth.

Q: Inlet flow rate Flow measurement POutlet Valve pressure flow rate| Height reference h (height)…

A: The final control elements are devices that must reach the control loop. These elements are designed…

Q: differentiate absolute gravity measurements from relative gravity measurements.

A: Actually gravity meters fall into two basic categories. The first type is the absolute gravity meter…

Q: Explain the difference between average and instantaneous speed.

A: The overall distance traveled by the object in a given time frame is the average speed. A scalar…

Q: 100 N 100 N 100 100 150 250

A:

Q: Explain ground water flow. Also explain sources and discharge of ground water

A: Ground water : Ground water is the water present beneath earth's surface in soil pore spaces and in…

Q: Identify three principles of fluid mechanics and give a brief introduction to each field using a…

A: Introduction- Fluid dynamic is the discipline of thermodynamics that studies the dynamics of fluids…

Q: .Give two examples related to civil engineering on the following topics. 2. APPLICATION OF…

A: The inverse functions of the basic trigonometric functions, cosine, sine, tangent, secant,…

Q: Describe in your own words what is rectilinear motion and the associated variables that defines the…

A: While describing the rectilinear motion,

Q: Equation of flow What is the difference between Lagrangian and Eulerian approach in writing equation…

A: Answer Langrangian method, Observer Concentrates on follow of a single fluid particle during its…

Q: Discuss or show the methods in solving Exact and Non-Exact Differential Equations.

A:

Q: As civil engineering student, why is it important to know the different alphabet of lines?

A:

Q: Discuss with the help of any two practical examples how Navier–Stokes equations are used to…

A: The Navier–Stokes conditions numerically express protection of energy and preservation of mass for…

Q: Engineering Utilities 2 Compare and contrast Active Fire Protection System and Passive Fire…

A: Active Fire Protection System The active fire system is the first aid of fire i.e just to signifies…

Q: How important is the concept of Projectile motion, Cylindrical Components of Curvilinear Motion,…

A: Projectile motion Cylindrical components of curvilinear motion Absolute dependent motion and…

Q: What is the motion of a particle with respect to a fixed frame? Absolute Motion Independent Motion…

A: To Determine The motion of a particle with respect to a fixed frame?

Q: This coordinate system describes the motion of a particle in terms of components that are…

A: Brief concept introduction- Coordinate system- It is used to locate and indicate the position of a…

Q: Calculate rhe volume of a water cylinder with total height of 10 meters, diameter of 400…

A: Note: Since it is two independent questions now I'm solving the first question alone 1. The volume…

Q: A circular tank of diameter 3 m contains water up to a height of 4 m. The tank is provided with an…

A:

Unit Conversion

Standard units are also called SI units. SI units are used for measuring a physical quantity satisfying certain conditions. There are two types of units: fundamental units and derived units. Fundamental units are physical quantities that are independent, that is, they do not depend on other quantities like mass, length, or time. There are plenty of quantities in our lives which need to be measured and compared. Measuring is the comparison of a particular physical quantity with its reference value. A unit is a measure of a fixed physical quantity. A physical quantity is the product of a unit and the numerical value we need to compare with.