Strength of Materials | Most Expected Questions - Part 6 | SSC JE & RRB JE 2024 | Civil Engineering

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Strength of Materials | Most Expected Questions - Part 6 | SSC JE & RRB JE 2024 | Civil Engineering

✅ In this video,

✔️ Subject: Strength of Materials (SOM)
✔️ Class: Civil Engineering (CE)
✔️ Topic Name: Strength of Materials (Simple Stress and Strain) | Most Expected Questions - Part 6 | 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 Most Expected 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 Strength of Materials. 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 Strength of Materials" that are essential for your upcoming SSC JE exam scheduled for June 4th, 5th & 6th 2024.
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00:00 Introduction
01:03 Questions 51 & 52
Que. 51 if a uniform bar is supported at one end in a vertical direction and loaded at the bottom end by a load equal to the weight of the bar, the strain energy as compared to that due to self weight will be:
12:53 Questions 53 & 54
Que. 53 A steel rod 50mm in diameter, 300 cm long is subjected to a sudden pull of 10 tonnes the maximum instantaneous stress induced in the rod will be:
16:14 Questions 55 & 56
Que. 56 A bar of 30 mm diameter is subjected to a pull of 60 KN, the measured tension on gauge length of 200 mm is 0.1 mm and change in diameter is 0.004 mm. Calculate Young's modulus:
22:07 Questions 57 & 58
Que. 57 Strain energy stored in a member is given by :
24:28 Questions 59 & 60
Que. 59 The dimensions for the flexural rigidity of a beam element mass (M), length (L) and time (T) is given by:
26:40 Questions 61 & 62
Que. 61 The stress-strain curve for an ideally plastic material is:
31:38 Overview
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