SSC JE Technical

A thorough analysis of questions, book lists, planner, and much more: everything you need to know about SSC CGL, SSC CHSL and CPO examinations.

SSC Exams (Non Technical)/ Railway Exams

Testing 2

Ace the toughest competitive and government exams in India 

Test Preparation

We wil learn the Numerical approach to solve  the all the types of questions on this topic.. we will try to solve previous gate numericals and also learn conceptual problem for gate ese sscje and isro.

(Hindi) Approach To Solve Numericals On Brakes: SSC JE

This course will cover riveted joints ,bolted ,welded joints as well as bearings. This Course is beneficial for SSC JE aspirants.

(Hindi) Machine Design: SSC JE

This is a  crash course in TOM with complete notes for SSC JE 2019

(Hindi) Theory of machines (TOM) - Crash course for RRB/ SSC JE (Mechanical) 2019

In this course, the educator is discussing full explanation with a conceptual study on the Theory of Machine for SSC Exams

(Hindi) The Full Course on the Theory of Machine: SSC Exams,gate,ese,psu

Here we will be covering the major theory portion through Numericals in TOM for Mechanism and Inversions.

(Hindi) Theory Through Numericals for Mechanism and Inversions in TOM

In this course I have discussed the complete syllabus of the governor from Theory of machine in Hindi for SSC-JE, UPSC,DRDO,RAILWAY,ISRO, DMRC & other PSU companies  diploma, b.tech and AMIE Mechanical & production passout students exam. Preparation.

(Hindi) SSC JE: Governor from Theory of Machines

Previous year questions discussion on theory of machines is covered here

(Hindi) Theory of Machine and Machine Design: SSC JE

Friction, Flywheel,Dynamics of engine mechanisms. This Course Covers MCQ based on Theory of Machine. This Course is beneficial for SSC JE aspirants.

(Hindi) Theory of Machine For SSC

This course deals with TOM Part:4 Governor useful for SSC JE

TOM Part : 4 Governor

In this course we will be covering the theoretical portion through MCQ examples in TOM for Mechanism and Inversions.

A Course on Theory Through Numericals in Mechanism and Inversions in Theory of Machines

English

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