3. What is fluid mechanics used for? a) Fluid mechanics enables to comprehend the behaviour of solid fluids under pressure b) Fluid mechanics enables to comprehend the behaviour of fluids under a variety of forces & atmospheric conditions c) Fluid mechanics enables to comprehend the behaviour of fluids under various temperatures only d) None of the mentioned

Q: ENGINEERING

A:

Q: Subject: Civil Engineering Instruction: Modify if TRUE or FALSE. Explain your answer. 1.…

A: Instantaneous acceleration of a body is the time derivative of its velocity This statement is true…

Q: Explain the words given below; a) fluid b) viscosity c) Newtonian and non-Newtonian fluid d)…

A:

Q: Essay Discuss the importance of technical writing to Engineers. What should be avoided in technical…

A: technical writing helps engineers to represent important information in clear and precise way .…

Q: ake a introduction about transportation (

A: From the given question it is require to make an introductory note on  Transportation.

Q: Discuss some of the practical applications of Lagrangian and Eulerian descriptions of fluid flow.

A: The answer is below:

Q: Discuss the following topics and make two illustrative problems of each a. Centroid of a system of…

A: Note:-s per the company guidelines we are supposed to answer ?️only the first 3️⃣ sub-parts. Kindly…

Q: 4. If a person studies about a fluid which is at rest, what will you call his domain of study? a)…

A: If a person studies about a fluid which is at rest, what will you call his domain of study?

Q: It is a social science concerned with the production, distribution and consumption of goods and…

A: Economics is the correct answer In this social science the the study of goods and services and…

Q: Provide at least three (3) uses of Fluid Mechanics in the field of civil engineering.

A: ● Solution:-  Fluid mechnics is subject of civil engineering which includes the flow of water in…

Q: Civil Engineering Mathematics) What are the benefits of studying engineering mathematics?

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Q: State the causes of flow changes for the following fluid flow by your understanding with…

A: Causes of flow changes from Laminar to Turbulent : Flow patterns can be characterized as laminar or…

Q: Give me right answer  Fluid mechanics which of the following situation would you feel compatable…

A: first we discuss what is newton law of viscosityIt states that the shear stress on a fluid element…

Q: topic: mechanics of deformable bodies

A: Given : A rigid beam ABC two wire BD and CE supports ABC displacement of C = 29.112 mm Required :…

Q: fluid mechanics  k = 5

A: There are many types of fluids like gas, liquid.it is having more functions like flexibility and…

Q: Calculate the force P required to keep the gate closed.

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Q: discuss the Applications of Computational fluid dyanamics in the field of civil engineering

A: Fluid dynamics In physics and engineering, fluid dynamics is a subdiscipline of fluid mechanics that…

Q: Based on the field of interest (Civil Engineering), choose a particular equipment or device,…

A: particular equipment or device for civil engineering :  Binding wire or hook: it is used for binding…

Q: Required information Consider Table 2-1 in the textbook, which lists the specific gravities of…

A:

Q: Write a short note about rigid body mechanics.

A: The analysis of bodies and structures in equilibrium is known as statics.

Q: Identify a real life situation and explain the application of the following terms as related to…

A: Brief concept- The system, Surroundings, and Boundary are the three terms that define a concerning…

Q: What are the common forms of energy? Which of these forms are relevant to fluid mechanics? b. What…

A: As per our guidelines we only answer three subparts kindly resubmit your question with remaining…

Q: The storage capacity of a refrigerator is found by using the inside dimensionsof the refrigerator.…

A: Consider the figure,

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

A:

Q: 2 examples of problems of differential equations

A: a> dx/dt = 1-x , x(0)=0 we could write the differential equation as: dx/(1-x) = dt now we…

Q: 1. When a collision between two objects is completely elastic The total momentum of the two objects…

A:

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: Which object has more momentum: a car traveling at a speed of 10 km/hr or a baseball pitched at 150…

A:

Q: please

A: m1=F1g=80,0009.81=8163.2kgm2=F2g=120,0009.81=12,244.8kg

Q: amics), an example of synthetic material in Materials and Engineering  1. Describe the relation of…

A: Building blocks- As UML portrays the ongoing frameworks, it is vital to cause a reasonable model and…

Q: The fraction of work done by a man who can finish a job in 3 hours and 20 minutes. Write a…

A: 3hr and 20 minutes = 3x60+20 = 200min.   Fraction of work done by a man = 1200

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

A: Civil engineering interrelates all branches of science due to which various concepts are used in…

Q: For a body moving through a fluid, such as a car or airplane moving through air, which of the…

A: Brief concept- The System, Surroundings, and Boundary are the three terms that are used to…

Q: 1-11. Evaluate each of the following to three significant figures and express each answer in SI…

A: a) Convert the first figure into its SI unit f(x)=354 mg 45 km0.0356 kN=354×10-6 kg 45×103 m0.0356…

Q: Can You please help me with the Derivation of the navier stokes of flow between 2 moving flat plates…

A: We have to determine the Derivation of the navier stokes of flow between 2 moving flat plates as per…

Q: A rectangular box with dimensions of 3cm by 4cm by 1cm (height) with mass of 15 g floats in a liquid…

A: Given: The dimension of the box is 3 cm x 4 cm x 1 cm. The height is 1 cm. The mass is 15 g. The…

Q: 20. Which of the following is a type of fluid based on viscosity? a) Real Fluid b) Ideal Fluid c)…

A:

Q: How is it important for the Civil Engineering to understand the following concepts: - work done by a…

A: Brief concept introduction- Civil Engineering- Civil engineering is one of the oldest and most…

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

A: The answer is in step2:

Q: Please help explain the solution and what theories used

A: W=100lb F=50lb

Q: explain briefly the properties of a mass diagram.

A:

Q: A body having a specific gravity of 0.75 m floats on a liquid of specific gravity of 0.80. What…

A:

Q: State the five (5) major steps used in engineering design and problem solving process.

A: The five major steps in engineering design and problem solving process are as: Defining the…

Q: I am trying to figure out which equations were used to solve this problem.

A: I'm this question size of rectangular beam is to be calculated. Following are the equations used…

Q: As we explained in Chapter 10, viscosity is a measure of how easily a fluid flows. For example,…

A: Given:- μ = c1 10c2 1(T−c3 )whereμ = viscosity (N/s.m2 )T = temperature (K)c1=2.414×10-5 (N/s.m2 )…

Q: Exercise: Complete these sentences with the correct adjective form of the words in parentheses.

A: We have to make suitable changes in the words to get correct adjective forms.

Asphalt Binders and Mixtures

Asphalt binders are subsidiary products procured during the refining process of petroleum while manufacturing gasoline, diesel, and similar petroleum products. Asphalt binders are obtained from the residue that remains after the distillation of petroleum, this residue is further subjected to steam distillation and oxidation to remove the traces of gas oil present in the residue. Certain additives or modifiers are also added to asphalt binders to alter them to suit different applications.