Fluid Mechanics | Practice Series 9 | TCS Pattern | SSC JE 2024 & RRB JE 2024 | Civil Engineering

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Fluid Mechanics | Practice Series 9 | TCS Pattern | SSC JE 2024 & RRB JE 2024 | Civil Engineering

✅ In this video,

✔️ Subject: Fluid Mechanics
✔️ Class: Civil Engineering (CE)
✔️ Topic Name: Fluid Mechanics (Fluid Kinematics) | Practice Series 9 | TCS Pattern | SSC JE 2024 & RRB JE 2024 | Civil Engineering (CE)
✔️ Topics Covered In This Video (By Harshit Sir):
"Get ready, SSC JE 2024 Civil Engineering aspirants! 🏗️ Join our dedicated educator, Harshit Sir, in this power-packed practice session (आगाज़ Series), as he delves into TCS pattern questions. Elevate your preparation and conquer the upcoming SSC JE exam with valuable insights and expert guidance. During this session, we'll unravel the intricacies of Fluid Mechanics. We'll cover the core concepts, principles, and equations that are pivotal for your exam preparation.

💡In preparation for the SSC JE 2024 exam, we've got a special treat for all aspiring Civil Engineering students. Join us as Harshit Sir, your trusted mentor, takes you through a discussion on the "Most Expected and Important Questions of Fluid Mechanics" that are essential for your upcoming SSC JE exam scheduled for June 4th, 5th & 6th 2024.
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#sscje2024preparation #rrbje2024 #civilengineering #fluidmechanics #fluid #tcs_pattern #previousyearquestions #pyq #mostimportantquestions #mostimportant
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00:00 Introduction
01:03 Questions 82 & 83
Que. 82 Equation of continuity is based on the principle of conservation of___.
11:20 Questions 84 & 85
Que. 84 In steady flow of a fluid, the total acceleration of any fluid particle
15:16 Questions 86 & 87
Que. 86 A flow through long pipe at constant rate is called :
19:33 Questions 88 & 89
Que.88 Vorticity is ____ times the value of rotation.
24:01 Questions 90 & 91
Que. 90 Which of these statements on Irrotational flow is correct?
24:01 Questions 93 & 94
Que. 94 Imaginary curve drawn through a flowing fluid in such a way that tangent to it at any point gives the velocity of the flow at that point is:
30:16 Questions 95
Que. 95 A line along which the velocity potential is constant is known as:
34:00 Overview
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